Decision of Yunnan Provincial People’s Government on Science and Technology Awards in 2013

State and municipal people’s governments, provincial committees, offices, departments and bureaus:

In order to thoroughly implement the spirit of the 18th National Congress of the Communist Party of China, the 2nd and 3rd Plenary Sessions of the 18th Central Committee, the National Science and Technology Innovation Conference and the 7th Plenary Session of the 9th Provincial Party Committee, further promote the reform of the science and technology system, vigorously implement the innovation-driven development strategy, continuously improve the capability of independent innovation, and give full play to the leading role of science and technology support, the provincial people’s government decided to reward the scientific and technical personnel and organizations that made outstanding contributions to the scientific and technological progress and economic and social development of our province in 2013.

Awarded the outstanding contribution award of Yunnan Science and Technology Award to researcher Li Dezhu; Awarded the special prize of Yunnan Natural Science Award for the achievement of "Genome Diversity and the Evolution of Asian Population"; Awarded the first prize of Yunnan Natural Science Award for five achievements such as "Research on Noise and Time Delay Effect of Biological System"; Awarded the second prize of Yunnan Natural Science Award for nine achievements, such as "Study on the Molecular Mechanism of WRKY Gene Regulating the Establishment of Plant Stress Resistance Traits"; Awarded the third prize of Yunnan Natural Science Award for nine achievements, including "Experimental Study on runaway electrons’s Behavior in Tokamak Plasma". Awarded the first prize of Yunnan Technological Invention Award for the achievement of "Preparation Technology and Application of High-efficiency and Low-cost Wear-resistant Steel Materials"; Awarded the second prize of Yunnan Technological Invention Award for three achievements, such as "New Technology Research and Development and Industrialization of Zinc Hydrometallurgy"; Awarded the third prize of Yunnan Technological Invention Award for six achievements such as "Efficient, Sanitary and High-quality Pu ‘er Tea Processing Technology". Awarded the special prize of Yunnan Science and Technology Progress Award for the achievement of "the establishment and application of the prevention and treatment system of light-damaged skin diseases"; Awarded the first prize of Yunnan Science and Technology Progress Award for six achievements, including "Breeding and Application of New Super Rice Variety’ Chujing 28’"; Awarded the second prize of Yunnan Science and Technology Progress Award for 25 achievements such as "research and demonstration of key technologies for prevention and control of agricultural non-point source pollution in typical agricultural areas"; Awarded the third prize of Yunnan Science and Technology Progress Award for 114 achievements such as "Key Technology Research and Industrialization Demonstration of Biomimetic Cultivation of Morchella".

I hope that the winners will make persistent efforts, bravely climb the peak, constantly achieve new results and create new achievements. The vast number of scientific and technological workers in the province should learn from all the winners, continue to carry forward the scientific spirit of seeking truth from facts and being brave in innovation, closely focus on the goal of building a strong green economy province, a strong national culture province and an important bridgehead for China’s opening to the southwest, and strive to create scientific development and harmony in accordance with the requirements of quadrupling, tripling, promoting leap-forward and running towards a well-off society, taking science and education as its own responsibility, taking reform and innovation as its driving force, and improving the ability of independent innovation as its core.

Attachment: List of Science and Technology Award Projects (People and Organizations) in Yunnan Province in 2013

Yunnan Provincial People’s Government

April 1, 2014

(This piece is publicly released)

attachment

List of Science and Technology Award Projects (People and Organizations) in Yunnan Province in 2013

Outstanding contribution award (1 person)

Li Dezhu (Kunming Institute of Botany, Chinese Academy of Sciences)

Natural Science Awards (24 items)

Grand prize (1 item)

1. Genome diversity and the evolution of Asian population

Zhang Yaping (Kunming Institute of Zoology, Chinese Academy of Sciences/Yunnan University), Kong Qingpeng,Wu Dongdong and Peng Min Sheng (Kunming Institute of Zoology, Chinese Academy of Sciences), Sun Chang (Yunnan UniversityLearn)

First prize (5 items)

1. Study on noise and time delay effect of biological system.

  Mei Dongcheng (Yunnan University), Nie Linru (Kunming University of Science and Technology), Wang Shenjun (BaoChicken College of Arts and Sciences), Du Luchun (Yunnan University), Cai Jianchun, Shibo Chen (Kunming Studies,Hospital)

2. Molecular mechanism of animal adaptive evolution

Zhang Yaping (Kunming Institute of Zoology, Chinese Academy of Sciences/Yunnan University), Shi Peng, Shen.Yongyi (Kunming Institute of Zoology, Chinese Academy of Sciences), Yu Li (Yunnan University), Wu DongdongKunming Institute of Zoology, Chinese Academy of Sciences)

3. Study on phytochemical defense substances and new pesticide precursors

Hao Xiaojiang, He Hongping, Li Yanmei, Chen Gang, Wang Yuehu, Li Shunlin and Fang Xin.(Kunming Institute of Botany, Chinese Academy of Sciences)

4. Genetic mechanism of primate brain evolution and the origin of human intelligence.

Su Bing, Shi Hong, Qi Xuebin, Zhang Hui, Lu Zhixiang, Aring Zhang (Kun, China Academy of SciencesMing Institute of Zoology)

5. Diterpenoids of Rabdosia and their anticancer activities.

Sun Handong, Pu Jianxin, Han Quanbin, Li Shenghong, Huang Shengxiong, Li Limei, Zhao Yong(Kunming Institute of Botany, Chinese Academy of Sciences)

Second prize (9 items)

1. Study on the molecular mechanism of 1.WRKY gene regulating the establishment of plant resistance to adversity.

Yu Diqiu, Qiu Yuping, Chen Ligang, Zou Changsong, Jiang Wenbo (China Academy of Sciences WestDouble Banna Tropical Botanical Garden)

2. Co-evolution of Ficus microcarpa and Ficus microcarpa in southwest China.

Yang Darong, Peng Yanqiong, Song Enlightenment, Chen Chun, Li Zongbo (Xishuang, China Academy of SciencesBanna Tropical Botanical Garden)

3. Cambrian strata and trilobite fauna in southeastern Yunnan

Luo Huilin, Hu Shixue, Hou Shuguang, Gao Hongguang, Zhan Dongqin (Geological Survey of Yunnan ProvinceCheck the hospital)

4. Research on the theory and application of two-level priority control polling system.

Yang Zhijun (Yunnan Academy of Educational Sciences), Zhao Dongfeng, Ding Hongwei (YunnanUniversity), Liu Qianlin (Communication Repair Office of Yunnan Military Region), Zhao Yifan (Yunnan University is in.Doctoral student)

5. Inter-annual variability of summer atmospheric circulation in East Asia and its climatic and environmental effects.

Cao Jie (Yunnan University), Lu Riyu (lasg),Wu Jian, Yang Ruowen (Yunnan University), Tao Yun (Yunnan Institute of Meteorological Science)

6. Response and adaptation of biodiversity in southwest mountainous areas to global change.

Xu Jianchu, Yang Xuefei, Li Qiaohong, He Jun, Yu Haiying (Kunming, China Academy of SciencesInstitute of botany)

7. Synthesis and Pharmacological Activity of Heterocyclic Compounds and Inclusion Compounds with Molecular Diversitystudy carefully

Lin Jun, Yan Shengjiao, Yang Bo, Yang Lijuan, Chao Huang (Yunnan University)

8. Study on the Intervention Effect of 8.siRNA on Pancreatic Cancer

TanJing (Third Affiliated Hospital of Kunming Medical University), Sun Min, Mo Xiaohua and Zhu Hong.(Second Affiliated Hospital of Kunming Medical University), Lu Yonggang (Liuzhou Liutie Central Hospital)

9. Study on the effect of red blood cell incubation products on brain microvascular endothelial cells

Lu Hua, Yang Zhiyong (First Affiliated Hospital of Kunming Medical University), Shi Jixin (SouthNanjing General Hospital of Beijing Military Region), Feng Zhongtang, Deng Xingli (First Affiliated Hospital of Kunming Medical UniversityHospital)

Third prize (9 items)

1. Experimental study on runaway electrons behavior in tokamak plasma.

Chen Zhongyong, Liu Yingkai, Cai Wude (Yunnan Normal University)

2. Research on the properties, algorithms and applications of some special matrices.

Li Yaotang (Yunnan University), Yang Changbo (Kunming College), Chen Fubin (Kunming University)Jinqiao College, University of Technology)

3. Synthesis of Novel Bridged and Polyamine Modified Cyclodextrins and Their Application in Molecular Recognitionapp; application

Zhao Yan, Zhao Yong and Chi Shaoming (Yunnan Normal University)

4. Semantic Web formalization theory and knowledge reasoning based on ontology and description logic.method study

Gan Jianhou, Xia Youming and Yuan Lingyun (Yunnan Normal University)

5. Some natural products from plants and microorganisms and their biosynthesis

Zhao Peiji and Zeng Ying (Kunming Institute of Botany, Chinese Academy of Sciences)

6. The endocrine function of omentum fat and its role in preventing and treating bile duct scar

Zhang Xiaowen, Zou Hao and Wang Kun (Second Affiliated Hospital of Kunming Medical University)

7. Experimental study on the mechanism and prevention of skin photoaging.

Wang Jihua, Zhao Yanan and Liu Yin (Second Affiliated Hospital of Kunming Medical University)

8.GDNF transgenic neural stem cells combined with DA neuron transplantation for Parkinson’s disease.Experimental study on disease

Deng Xingli, Yang Zhiyong and Lu Hua (First Affiliated Hospital of Kunming Medical University)

9. Neuroprotective effect of triiodothyronine on excitotoxic brain injury in neonatal rats.Research on

Liang Kun, He Xiangying and Duan Jiang (First Affiliated Hospital of Kunming Medical University)

Technical Invention Award (10 items)

First prize (1 item)

1. Preparation technology and application of high-efficiency and low-cost steel wear-resistant materials

Zhou Rong, Jiang Yehua (Kunming University of Science and Technology), Fu Lengguang (Beijing University of Technology),Zhou Rongfeng, Lu Dehong (Kunming University of Science and Technology), Li Zulai (Yunnan Kungang wear-resistant materialsTechnology Co., Ltd.), Huang Ruqing (Jiangxi Copper Group [Dexing] Foundry Co., Ltd.Company), Lei Yongping (Beijing University of Technology), He Zhengyuan (Kunming University of Science and Technology)

Second prize (3 items)

1. Research and development and industrialization of new zinc hydrometallurgy technology.

He Guangshen (Yunnan Yongchang Lead and Zinc Co., Ltd.), Wang Jikun (Yunnan MetallurgyGroup Co., Ltd.), Zhu Guobang, Lu Kui, Qian Jianbo, Li Zumei, Kuang Zhien(Yunnan Yongchang Lead and Zinc Co., Ltd.)

2. Construction waste recycling technology and application

Sun Kewei, Li Ruyan (Kunming University of Science and Technology), Lin Zhiwei (Yunnan Warwick abandonedResources Co., Ltd.), Li Fuan (Xuchang Jinke Construction Clearing Co., Ltd.), HuZhizhong (Beijing Ruitu Technology Development Co., Ltd.), Yuan Haisheng (Zhengzhou Yifan Machinery DesignEquipment Co., Ltd.), Zhao Yan (Kunming University of Science and Technology)

3. Development of ecological slope stabilization technology and unsaturated soil characteristic test equipment for mountain roads.

Li Zhiqing (Institute of Geology and Geophysics, China Academy of Sciences), Sun Qiaobao (CloudNansheng Highway Development and Investment Co., Ltd.), Zhou Yingxin (Yunnan Mengxin ExpresswayConstruction headquarters), Xie Fengyu (Yunnan Highway Development and Investment Co., Ltd.), WeiYa (Tsinghua University), Zhang Ruwen (Yunnan Mengxin Expressway Construction Headquarters), Yang Qiang(Yunnan Highway Development and Investment Co., Ltd.)

Third prize (6 items)

1. Efficient, hygienic and high-quality Pu ‘er tea processing technology

Liang Mingzhi (Tea Research Institute, Yunnan Academy of Agricultural Sciences), Zhao Yongchang (Yunnan ProvinceInstitute of Tea Biotechnology and Germplasm Resources, Academy of Agricultural Sciences), Xia Lifei, Chen Jiwei,Chen Linbo (Tea Institute, Yunnan Academy of Agricultural Sciences)

2. Breeding of japonica rice variety "Yunjing 20"

Su Zhenxi, Zhu Zhenhua, Zhao Guozhen, Shi Rong (Grain Production of Yunnan Academy of Agricultural SciencesInstitute of Biology), Jiang Cong (Research on Biotechnology and Germplasm Resources of Yunnan Academy of Agricultural Sciences)Institute)

3. Study on flowering and fruiting characteristics and seed threshing technology of Pennisetum orientale.

Kuang Chongyi, Xue Shiming, Chi Xu, Huang Bizhi (Yunnan Grassland Animal Science ResearchCollege), Duan Xinhui (Yunnan Agricultural University)

4. Research on key technologies of low altitude photogrammetry and mapping of unmanned airship.

Wang Jianxiong (Yunnan Agricultural University), Yang Zhiqiang, Cui Jianjun, Chen Xiangning (Chang ‘anUniversity), Zhang Fuxia (Yunnan Agricultural University)

5. On-line monitoring system of fiber grating non-electric quantity for substation and power transmission and transformation equipmentUnified research and development and application

Wang Dada (Yunnan Electric Power Experimental Research Institute [Group] Co., Ltd.Institute), Li Chuan (Kunming University of Science and Technology), Cao Min (Yunnan Electric Power Experimental Research Institute [SetGroup] Co., Ltd. Electric Power Research Institute), Yang Tanghua (Zhaotong Power Supply Company of Yunnan Power Grid CompanyBureau), Xu Xiaoping (Kunming University of Science and Technology)

6. Development and application of new astaxanthin products from Haematococcus pluvialis.

Liu Jianguo (Institute of Oceanography, China Academy of Sciences), Zhang Yong (Aier, Yunnan)Technology Co., Ltd.), Lin Wei (Institute of Oceanography, China Academy of Sciences), Dj Dave Liang (YunnanAierfa Biotechnology Co., Ltd.), Tong Pang (Institute of Oceanography, China Academy of Sciences)

Science and Technology Progress Award (146 items)

Grand prize (1 item)

1. Establishment and application of prevention and treatment system for photodamage dermatosis.

The First Affiliated Hospital of Kunming Medical University, Dianhong Pharmaceutical Group Co., Ltd.,Kunming Institute of Botany, Chinese Academy of Sciences, Kunming Winona Skin Medical Beauty Co., LtdDivision, Kunming Medical University

He Li, Liu Liu, Guo Zhenyu, Liu Haiyang, Tu Ying, Gao Shaoyang, Gu Hua, YangZhi, Dong Jian, Guo Meihua, Xu Dan, Yang Xiaoyan, Pang Qin, Yang Cheng, Zou Di, Zhao Jian.Guo, Ma Xiao, Ni Wei, Yan Huan, Sun Dongjie, Wu Wenjuan, Lu Lechun, Yuan Ruihong, Liu.Tong Yun, Wan Ping, Nong Xiang, Dai Xiaoming, Wang Fuke, Qian Li, Li Na.

First prize (6 items)

1. Breeding and application of a new super rice variety "Chujing 28"

Weichu agricultural science research extension office

Li Kaibin, Huang Guanghe, Zhang Tianchun, Ruan Wenzhong, Xu Jiaping, Huang Wenxing, Wang ZhengWei, Song Fudong, Peng Zhongming, Chu Qinglong, Zhang Wenming

2. Breeding and application of new drought-resistant sugarcane varieties.

Sugarcane Research Institute of Yunnan Academy of Agricultural Sciences, Yunnan Yunzhe Technology Development Co., Ltd.Division, Guangzhou Sugarcane Sugar Research Institute, sugarcane research of Guangxi Academy of Agricultural Sciences.Institute of Sugarcane, Fujian Academy of Agricultural Sciences

Wu Caiwen, Liu Jiayong, Fan Yuanhong, Zhao Jun, Zhao Peifang, Chen Xuekuan, Li QiWei, Pan Shiming, Huang Jiayong, Xia Hongming, kun yang

3. Key technologies and industrialization of efficient separation of Dahongshan iron ore resources

Yuxi Dahongshan Mining Co., Ltd., Kunming University of Science and Technology, Kunming Metallurgical Research Institute

Tong Xiong, Wang Changyong, Li Ping, Xie Xian, Xu Wei, Liu Siqing, Li Dengmin, Cai Zheng.Peng, Zheng Xu, Zhu Binglong, Wen Haibin

4. Research and application of key technologies of precision horizontal machining center series products.

Shenji Group Kunming Machine Tool Co., Ltd.

Cun Huaying, Xu Kunping, Li Jiangyan, Jangdo, Sun Bo, Zi Limin, Li Zhaoshan,Yuan Shengwan, Feng Guanglei, Tao Jun, Gong Peng

5. Development and clinical application of biphasic ceramic-like biological bone.

The First Affiliated Hospital of Kunming Medical University

Li Yanlin, Wang Fuke, Han Rui, Liu Liu, Wang Jianwei, Wang Guoliang, He Chuan, Mei.snow

6. Innovative Team for Sustainable Utilization of Microbial Resources in Yunnan Province

Second prize (25 items)

1. Research and demonstration on key technologies of agricultural non-point source pollution prevention and control in typical agricultural areas.

Institute of Agricultural Environmental Resources, Yunnan Academy of Agricultural Sciences, Nanjing Soil, China Academy of Sciences.Soil Research Institute, Yunnan Weixin Agricultural Science and Technology Co., Ltd., Kunming Environmental Science Research InstituteInstitute, Jinning County Vegetable and Flower Office, Kunming Pesticide Co., Ltd., China Academy of Sciences.university

Hong Lifang, Fu Libo, Wu Yonghong, Wu Wenwei, Cai Zhiyuan, Yang Yuhua, YinMei, Chen Hua, Su Fan

2. Research on the key technologies of innovation and industrialization of seven characteristic flower germplasm resources in Yunnan.Institute of Flowers and Plants, Yunnan Academy of Agricultural Sciences, Dali Horticultural Workstation, Yunan, ChinaKehua Co., Ltd., Yunnan Gesang Huahui Co., Ltd., Yunnan flower breedingKey Laboratory, Yunnan Flower Engineering Technology Research Center, Dali Flower Association.

Li Shifeng, Zhang Hao, Chen Qing, Li Shufa, Wang Jihua, Xie Weijia, Cai Yanfei,Song Jie, Huang Shuzeng

3. Breeding and application of TMV-resistant flue-cured tobacco varieties

Yunnan Tobacco Agricultural Science Research Institute, Yunnan Tobacco Company Qujing Company,Yunnan Tobacco Company Chuxiong State Company, Yunnan Tobacco Company Dali State Company, YunnanZhaotong Company, a provincial tobacco company, Yuxi Company, a Yunnan tobacco company.

Li Yongping, Lu Xiuping, Xiao Bingguang, Ma Wenguang, Jiao Fangchan, Gao Yulong, Zhang YiHan, Wu Xingfu, Wang Yahui

4. Research and application of monitoring and control technology of maize leaf spot disease in Yunnan Province.

Yunnan Agricultural University, Baoshan Plant Protection and Plant Inspection Workstation, Dali Plant Protection and Plant InspectionStation, Chuxiong plant protection and phytosanitary station, Honghe plant protection station, Yuxi agricultural scienceLincang Agricultural Technology Extension Station.

He Yueqiu, Zhou Huiping, Xiao Wenxiang, Li Yueqiu, Sha Bencai, Wang Guibin, Zhao Wen.Hua, Yang Jincheng, Yu Chongyun

5. Breeding and application of early-maturing and wide-ranging rape variety "Huayou No.8"

Institute of Economic Crops, Yunnan Academy of Agricultural Sciences, Yunnan Agricultural Vocational TechnologyInstitute, Yuxi Academy of Agricultural Sciences, Baoshan Institute of Agricultural Sciences, Luoping County Seed TubeLizhan

Li Genze, Cun Shouxi, and Ming Jiang, Fu Minglian, Dong Yunsong, Zhang Guojian, yangjin.Cheng, Niu Wenwu, Lei Yuankuan

6. The selection of improved varieties of kapok and the application of nodularization technology of artificial forest in dry-hot valley

southwest forestry university

Ma Huancheng, Wu Jianrong, Xu Hui, Luo Mingcan, Tang Junrong, Hu Juan, Zeng Xiaohong,Zheng Yanling, Ou Guanglong

7. Efficient cultivation technology system of Taxus yunnanensis medicinal raw material forest

Yunnan Academy of Forestry, Institute of Resource Insects, Chinese Academy of Forestry

Wang Weibin, Su Jianrong, Zhang Jinfeng, Jing Yuebo, Yang Dejun, zhou yun, Zhang ZhiJun, Chloe Wang, Geng Yunfen

8. Research on GPS receiver calibration using IGS station and CORS technology.

Yunnan Surveying and Mapping Products Testing Station, Kunming University of Science and Technology, Kunming Surveying and Mapping Research Institute.

Qiu Yunfeng, Shi Kun, Ni Jin, Hou Zhiqun, Chen Yuhan, Chen Hailin, Guo Yili,Yu Jun, Liu Hongqiang

9. Key technologies for comprehensive utilization of complex and refractory low-grade tin polymetallic associated mineral resourcesTechnology and industrialization

Yunnan Tin Industry Group (Holding) Co., Ltd., Guangzhou Nonferrous Metals Research Institute

Qiu Xianyang, Gao Wenxiang, Zhang Fu, Ye Fuxing, Yao Jianwei, Tang Yuhe, Yuan JingIn, Wang Chengxing, Huang Yinghong

10. Research and development of key technologies and equipment for tobacco off-line processing

Yunnan Ruisheng Tobacco Technology (Group) Co., Ltd.

Wang Baoxing, Li Jun, Zi Wenhua, Shen Jingxuan, Ma Tao, Yao Zhenyu, Fu Yu, Yi.Zhimin, Ni Jun

11 "one furnace and three sections" direct lead smelting process technology development and industrial application

Yunnan Tin Industry Co., Ltd., China Enfei Engineering Technology Co., Ltd., ChinaRuilin Engineering Technology Co., Ltd., Kunming University of Science and Technology

Song Xingcheng, Gu Helin, Lan Xu, Huang Zhiwei, Tang Dou Zuo, Yang Jianzhong, Huang Wei.Hua, Zhu Ling, Chen Yingfei

12. Cooking efficient heating technology and equipment

Yunnan aerospace industry co., ltd

Sheng Yijian, Wang Rudong, Dou Xiulan, Zhang Lianwei, Yang Jiquan, Xu Chunmei, Zhao Guang.Fu, James Zhou, Wei Suben

13. Study on the application of slow-release technology of aroma substances that highlight the sweet and fragrant characteristics of "Yunyan"

Hongyun Honghe Tobacco (Group) Co., Ltd., Yunnan University

Wang Mingfeng, Zhu Baokun, Zhang Wei, Liao Tougen, Duan Yanqing, Liu Ya, He Liang, Liu.Juan, Jiang Juxing

14. Research and development of X-ray-based digital imaging perspective detection system for power equipment.use

Yunnan Electric Power Research Institute (Group) Co., Ltd., Yunnan Electric PowerNet company technology branch

Wei Jie, Wang Dada, Yu Hong, Zhao Xianping, Wu Zhangqin, Zhang Shaoquan, Liu Ronghai,Kuang Hua, Wang Ke

15. Quality Metrology Control Execution System Based on Internet of Things Bus

Kunming Iron and Steel Co., Ltd. of WISCO Group, Kunming University of Science and Technology

Li Youling, Wu Qiaoshun, Wang Jianping, Ji Shoucun, Zhang Guo, Li Jie, Zhang Yunsheng,Mao Ruining, Peng Haibo

16. Research and application of safety monitoring technology and evaluation early warning system for ultra-high core rockfill damuse

China Hydropower Consulting Group Kunming Survey and Design Institute, Huaneng Lancang River Hydropower hasLimited company, Tsinghua University, Wuhan Yingsi Engineering Technology Co., Ltd.

Zhang Zongliang, Yu Yuzhen, Liu Xingning, Chi-Wai Tam, Zou Qing, Dai Yihua, Yuan Hui.Tina, Chen Jiang, Lei Hongjun.

17 plateau lake management-integration technology and engineering application of river pond and reservoir wetland

Yunnan Institute of Environmental Sciences, Kunming University of Science and Technology, Dianchi Ecological Research Institute, Kunming.Research institute

Yang Fengle, Ning Ping, Du Jinsong, Zhao Xianghua, Gao Huaping, He Feng, Wu Wenwei,Bing Lin, Wei Xiang.

18. Ecological impact and regulation of waterway hub project

19. Research and application of key technologies of bacterial polysaccharide-protein conjugate vaccine

Yunnan watson biological Technology Co., Ltd., Yuxi watson biological Technology Co., Ltd.department

Huang Zhen, Ma Bo, Zhou Hongjun, Shi Jing, Qian Wen, Chen Yuqiu, Wu Kai, Chen Yan,Yuan Lin

20. The mechanism and clinical application of coronary vulnerable plaque.

Kunming General Hospital of Chengdu Military Region

Yang Lixia, Guo Ruiwei, Qi Feng, Ye Jin Shan, Liu Hong, Yang Zhihua, Miao Guihua,Liang Xing, Shi Yankun

21. Anatomy and clinical application of anterior lumbar surgery.

Kunming General Hospital of Chengdu Military Region, Southern Medical University

Lu Sheng, Xu Yongqing, Guo Hai, Ding Zihai, Wang Yueli, Shi Jihong, An Mei

22. Improvement and clinical application of covering for large area burn wounds.

The Second Affiliated Hospital of Kunming Medical University, Shanghai Changhai Hospital

Fu Jinfeng, Wang Hong, Xiao Shichu, Liu Wenjun, Xia Zhaofan, Li Wuquan, Chen Bin,Han Yalong, Miao Yulan

23. Modified TAT—-apoptin (VP3) in the treatment of bladder urothelial cancer.Technology development and application value evaluation

The Second Affiliated Hospital of Kunming Medical University

Wang Jiansong, Zhan Hui, Yan Ruping, Wang Chunhui, Li Jun, Yang Junfeng, Wang Haifeng,Liu Jingyu, Wang Wei

24. Strategies and technical measures for basically eliminating malaria in Yunnan Province

Yunnan province parasitic disease dispensary

Yang Henglin, Zhou Hongning, Zhang Zaixing, Chen Guowei, Yang Yaming, Du Zunwei, Dong XueBook, Che Ligang, Wang Wenren

25. Creation and application of new inducers and stem cells in injury treatment.

Kunming General Hospital of Chengdu Military Region

Ruan Guangping, Pan Xinghua, Pang Rongqing, Zhu Xiangqing, Cai Xuemin, Wang Jinxiang, He.Jie, Zhao Jing, Li Zian

Third prize (114 items)

1. Research on key technologies of biomimetic cultivation of Morchella and its industrialization demonstration.

Institute of Alpine Economic Plants, Yunnan Academy of Agricultural Sciences, Lijiang Zhongyuan Green Foodlimited company

Xu Zhongzhi, Zhao Qi, Cheng Yuanhui, Qi Shuwei, Hou Zhijiang, Yang Shaohua, and Qiong Ji

2. Breeding of Broad Bean Variety "Yundou 690" with wide adaptability and high quality.

Institute of Grain Crops, Yunnan Academy of Agricultural Sciences, Qujing Academy of Agricultural Sciences

He Yuhua, Bao Shiying, Wang Liping, Lv Meiyuan, Yang Feng, Wang Fangrong, Tang Yongsheng.

Comprehensive application of 3.3S technology in flue-cured tobacco production

Yunnan Tobacco Company Honghe Zhou Company, Institute of Remote Sensing and Digital Earth Research, China Academy of Sciences.Research institute

Liang Bing, Gu Hong, Cui Weihong, Zhuang Zhaoze, Jiang Zhiping, Yang Songshan, Bai Chonglu

4. Breeding and application of a new japonica rice variety "Lijing 11" with cold tolerance.

Lijiang agricultural science institute

Yang Hong, He Lixuan, Yang Jixian, He Zhong, Zhang Xuemei, He Shaozu and Li Yanping.

5. Breeding and application of new drought-resistant wheat varieties "Yunmai 54" and "Yunmai 56"

Institute of Grain Crops, Yunnan Academy of Agricultural Sciences, weichu Agricultural Department.Institute of Science Research and Extension, Wenshan Academy of Agricultural Sciences

Yu Yaxiong, Zou Ping, Wang Zhiwei, Chengjia Province, He Jinbao, Shi Lian, Zhang Zhongping.

Research and application of DUS evaluation technology for 30 new varieties of plateau plants.

Institute of Quality Standards and Testing Technology, Yunnan Academy of Agricultural Sciences, Yunnan AgricultureInstitute of Medicinal Plants, Chinese Academy of Sciences, Institute of Flowers, Yunnan Academy of Agricultural Sciences, Kunming HongZhihua gardening co., ltd

Zhang Jianhua, Wang Jiangmin, Yang Xiaohong, Liu Yanfang, Guan Junjiao, Zhang Hui, Xiao Qing

7. Research and application of quality and safety control technology of Baoshan characteristic high-quality tobacco leaves

Yunnan province tobacco company Baoshan company

Yang Zhongyi, Li Yiqiang, Duan Yanping, Ho Chi Minh, Sun Yanping, Zhang Faming, Li Yongwisdom

8. Research and demonstration on nutrient management technology of main crops in Yunnan

Institute of Agricultural Environmental Resources, Yunnan Academy of Agricultural Sciences, China Academy of Agricultural SciencesInstitute of Industrial Resources and Agricultural Regionalization, College of Resources and Environment, China Agricultural University, Dali.Zhoudawei fertilizer industry co., ltd

Duan Zongyan, Lei Baokun, Zhang Huaizhi, Zhang Fusuo, Hu Wan Li, Lu Yao, Du Caiyan

9. Prevention and early warning monitoring of Mikania micrantha in Yunnan Province

Yunnan Agricultural Environmental Protection Monitoring Station, Agricultural Environmental Information of Yunnan Academy of Agricultural SciencesSource Research Institute, Yunnan Academy of Forestry, agricultural environmental protection monitoring in Dehong PrefectureStation, Baoshan Agricultural Environmental Protection Monitoring Station

Yue Ying, Zhang Fudou, Ze Sangzi, Sun Zhixu, Zhang Guoyun, Xu Gaofeng, Ji Mei

10. Integration and application of key technologies of lemon seed selection and industrialization.

Institute of Tropical and Subtropical Economic Crops, Yunnan Academy of Agricultural Sciences, Yunnan AgricultureInstitute of Horticultural Crops, Chinese Academy of Sciences, Research on Agricultural Environmental Resources of Yunnan Academy of Agricultural SciencesInstitute of Biotechnology and Germplasm Resources, Yunnan Academy of Agricultural Sciences, Yunnan HongruiningMeng development co., ltd

Yue Jianqiang, Gao Junyan, Yang Encong, Li Jinxue, Zhou Dongguo, Peng Manxiu, Chen Wei.

11. Analysis and application research on regional characteristics of tobacco raw materials of Hongyun Honghe Group

Hongyun Honghe Tobacco (Group) Co., Ltd., Yunnan Ruisheng Tobacco Technology(Group) Co., Ltd., Institute of Agricultural Environmental Resources, Yunnan Academy of Agricultural Sciences

Feng Bin, Zeng Xiaoying, Xu Anchuan, Hu Weiyao, Wang Chao, Zhang Xiaolong, Wang Jianxin.

12. Breeding and application of buckwheat variety "Yunqiao No.1" with high yield, high quality and wide adaptability

yunnan provincial academy of agricultural sciences, biotechnology and germplasm resources research institute

Wang Lihua, Lu Wenjie, Wang Yanqing, Zhang Xiaoyun, Xiao Qing, He Chengxing, Song Weiji

13. Breeding and application of a new potato variety "Yunshu 301" special for potato chip processing.

Yunnan Academy of Agricultural Sciences Institute of Economic Crops, Kunming Yunshu Agricultural Science and Technology Co., Ltd.Company, Diqing Agricultural Science Research Institute, Yanshan Vegetable Research Institute, Jianshui Seed.management station

Yang Qiongfen, Sui Qijun, Li Xianping, Bai Jianming, Yin Ziyou, Bao Lixian, Yang Jifragrant

14. Construction, demonstration and popularization of GAP system of oriental tobacco

Yunnan Tobacco Baoshan Oriental Tobacco Co., Ltd.

Lan Yinghai, Li Guangxi, Li Tingmu, Du Shaoming, Qu Shengbin, He Xiaohui, Yang Zhiauspicious

15 Pu ‘er tea processing technology innovation and new product research and development

Yunnan agricultural university

Zhou Hongjie, Huang Yunzhan, Li Yali, Zhao Yongjie, Mi Ming, Zhao Ping, Yuan Wenxia

16. Optimal management techniques for high-yield and high-efficiency nutrients in interplanting of main crops in Yunnan.

Yunnan Agricultural University, Qujing Soil and Fertilizer Workstation, Lijiang Soil and Fertilizer WorkerZuozhan

Tang Li, Zheng Yi, Dong Yan, Xiao Jingxiu, Wang Jinsong, Yang Jigang, Fan Maopan.

17. Breeding of New Japonica Hybrid Rice "Dianyou 34" and "Dianyou 35" with Soft Fragrance, andDemonstration and promotion

Yunnan Agricultural University, Kunming Seed Management Station, Songming County Seed Management Station, UniversityLishi seed management office

Tao Guangxi, Guo Ai, Tan Yaling, Yang Zhilei, Guo Qiongxian, Chen Yuanwei, Yang Yan

18. Research, development, integration and application of key technologies for upgrading Yunnan coffee industry

Yunnan Dehong Institute of Tropical Agricultural Sciences, Yunnan Tropical Crops Society

Zhang Hongbo, Li Weirui, Li Jinhong, Li Wenwei, Bai Yanbing, Zhou Hua, Bai Xuehui.

19. Investigation of bamboo resources in China and compilation of Bamboo Atlas in China.

Institute of Resource Insects, Chinese Academy of Forestry, Sichuan Agricultural University

Yi Tongpei, Shi Junyi, Yang Hanqi, Marisa, Yang Lin

20. Study on the cultivation of high-quality and high-efficiency Yunnan pine forest and the early breeding technology of excellent clones

Yunnan Academy of Forestry, Southwest Forestry University, State-owned Lufeng Village Forest in Yiliang CountyField, Shiping County Forestry Technology Extension Station

Li Lianfang, Li Genqian, Zheng Yi, Han Mingyue, Su Junwu, Li Weichong, Yang Weibin

21. Yunnan high autumn dormancy alfalfa variety screening and cultivation and utilization supporting technology setAchievement and popularization

Caoshan Feed Workstation in Yunnan Province, Caoshan Feed Workstation in Eryuan County, Honghe Prefecture Livestock.Animal husbandry technology extension station, Huize county grassland supervision station, luxi county animal husbandry technology extension station.

Ma Xingyue, Wu Xiaoxiang, Yang Shilin, Yang Zeming, Du Jieliang, Zhang Lichun, Qin Hao

22. Research and demonstration on environmental protection breeding technology of biological fermentation bed for conservation pigs.

Yuxi Livestock and Poultry Improvement Station, Animal Husbandry and Veterinary Research Institute of Shandong Academy of Agricultural Sciences, JiangChuanxian county livestock and poultry improvement station

Zhang Xianqin, Sheng Qingkai, Zhang Qing, Hao Jiahong, Wang Hongqin, Wu Ying, Gao Yuling

23. Establishment and application of frozen zoo-wild animal cell bank

Kunming Institute of Zoology, Chinese Academy of Sciences

Shi Liming, Yang Fengtang, Ji Wenhui, Liu Ruiqing, Wang Jinhuan, Su Weiting, Chen Yu.pool

24. The excavation and utilization of gaoligongshan pig

Yunnan Agricultural University, Lushui Agriculture and Science and Technology Bureau, Nujiang Agricultural Bureau.

Zhao Guiying, Duan Xingquan, Yang Guoqiang, Gou Xiao, Yin Zhongyu, Yan Dawei, Ma Wenzhang

25. Breeding, popularization and application of high-quality forage varieties in Yunnan mowing artificial grassland

Yunnan Agricultural University, Diqing Animal Health Supervision Office, Kaiyuan Animal Husbandry Technology PromotionGuangzhan, Jianshui County Animal Husbandry Technology Extension Station, Nanjian County Animal Husbandry and Veterinary Bureau

Bi Yufen, Ma Xiangli, Mo Jiguang, Lian Wei, Huang Mei, Li Chonghuo, Jiang Hua.

26. Research and implementation of key technologies of high-precision external deformation monitoring network for hydropower stations

China hydropower consulting group Kunming survey design & research institute

Chong Wang, Wen Daoping, Xiao Shengchang, Li Zhengpin, Wang Zongwen, Huang Tianyong, Chen Baozhi.

27 key technologies and demonstration projects for ecological restoration of mining sites in subtropical plateau

Haikou Forest Farm, Kunming, China Geo University, Southwest Forestry University,Beijing University of Technology, Kunming University of Science and Technology

Zhou Qinghong, Yang Yuyou, Duan Xiaomei, Yao Aijun, Li Kun, Gou Min, He Yinzhong.

28. Deformation and failure mechanism and prevention methods of special complex slopes

Yunnan Geological Engineering Second Survey Institute, Yunnan Institute of Geological Science.

Luo Yinhui, Zhu Pingsheng, Wu Xianggen, Wang Jianqiang, Yu Shiyong, Hu Bin, Li Jundong.

29. Research on the Application of Precise Point Positioning Technology in Provincial Basic Surveying and Mapping

Yunnan province surveying and mapping engineering institute

Wei Chunxun, Wang Yanlin, Huang Yanfeng, Yang Yingquan, Zhao Yongheng, Hou Zengxu, Song Youguest

30. Development and application of process technology for producing high-concentration ammonium nitrate-phosphorus compound fertilizer by full melting method

Yunnan Yuntianhua International Chemical Industry Co., Ltd.

Zhang Zongfan, Zhang Bijiang, Li Jinwen, Zhou Jianguo, Liao Jianhui, Xiong Dingman, Yang Fu.sea

31. Preparation technology and industrial application of organotin series compounds

Yunnan Tin Industry Tin Chemicals Co., Ltd., Yunnan Tin Industry Co., Ltd. Chemical MaterialsLiao branch

Gu Helin, Lan Xu, Huang Zhiwei, Liu Lu Ke, Guo Yinghui, Li Hui, Luo Jiaxuan.

32. Optimize the configuration and process of single-tank and single-paddle phosphoric acid plant to comprehensively improve the yield of P205.

Yunnan yuntianhua international chemical co., ltd

Xue Yi, Zhu Mingfang, Shen Liying, Zhong Ou, Zhou Lingxiang, Wang Ya, Zhou Shaobiao.

33. Research and application of Hongtashan brand harm reduction and coke reduction technology system

Hongta Tobacco (Group) Co., Ltd.

Mou Dingrong, Xiang Nengjun, Meng Zhaoyu, Gong Ronggang, Yang Liu, Liu Lingxuan, Tang Jianguo

34. Development and application of "HT-2 plasticizer" to improve the forming and filtering performance of cigarette filter rodsapp; application

Yunnan Yuxi solvent factory co., ltd

Jiang Haiming, Du Yunzhong, Lai Zhengbo, Chen Yanqiong, Pan Guangliang, Jiang Xingjian, Lai Liduckweed

35. Development of production technology for wheel belt casting A356 aluminum alloy

Yunnan aluminum co., ltd

Li Yongping, Ding Jilin, Zhang Jianyu, Liu Zhixiang, Li Quan, Xiao Wenxiu, Bao Ping

36. Research and application of clean and efficient utilization technology of lead-zinc associated germanium resources

Yunnan chihong zinc germanium co., ltd

Jin Chen, Sun Chengyu, Wang Shaolong, Zhou Tingxi, Gao Kui, Jia Zhuhong, Peng Mingqing.

37. Development and application of energy-saving and emission-reduction technology for aluminum electrolysis

Yunnan yunlv runxin aluminum co., ltd

Zhang Chunsheng, Su Qijun, Song Jianbiao, Xing Daqing, Zou Guisheng, Xu Jiaquan, Zhou Jin.complete

38. Research and development of CA1040 series light truck replacement products.

FAW-GM Hongta Yunnan Automobile Manufacturing Co., Ltd., Yunnan Mechanical Research and Design.courtyard

Wang Yanjun, Jin Yi, Zhang Wanbing, Shi Qinghua, Jin Zhufa, Li Zaishen, Yang Chunmao.

39. Lijiang according to Shui Mei series products deep processing and comprehensive development of environment-friendly technology.Application and industrialization demonstration

Lijiang Deyi Food Co., Ltd., School of Agriculture and Biology, Shanghai Jiaotong University

Shi Yimin, Wang Candong, Deng Guang, He Yaobin, Tan Yingmei, Pan Weihua, Deng Qianyun.

40. Research and application of technology to improve the wettability of feed liquid

Hongyun Honghe Tobacco (Group) Co., Ltd.

Zhang Tiandong, Zhou Bo, Feng Hongtao, Li Geng, Zhu Donglai, Li Chengbin, Zhao Yingliang.

41. Research on the technical support system of key brands of Hongyun Honghe Group

Hongyun Honghe Tobacco (Group) Co., Ltd., Yunnan Tobacco Scientific ResearchInstitute, China University of Science and Technology, Institute of Chemistry, Chinese Academy of Sciences, Huabao Edible Flavor.Spice (Shanghai) Co., Ltd.

Feng Bin, Zhang Tiandong, Feng Hongtao, Zhou Bo, Ying Yang, Wang Xinlin, Kong Weiling.

42. Development of tobacco redrying machine with alternate air intake on both sides.

Kunming marine equipment group co., ltd, Fujian Sanming tobacco redrying co., ltd.

Zhang Wangxing, Xu Yuanhong, Liu Jianhua, Bao Chaoyang, Li Yanhua, Zhang Junrong, Wang Lin.treasure

R&D and application of paper-based aluminum-plastic eight-layer composite packaging materials

Yunnan Innovation New Material Co., Ltd.

Chen Tao, Li Zihua, Ming Xu, Li Ming, Mu Song, Zhou Xitao, Yang Wenyan

44. Research and application of modular processing technology for tobacco core raw materials in hongta group.

Hongta Tobacco (Group) Co., Ltd.

Wang Yi, Wang Yingqi, Wen Yadong, Ma Xiang, Tang Xinghong, Dong Wei, Gong Ronggang.

45. Research and application of high altitude compact 500KV line live working technology

Yunnan Power Grid Corporation Live Working Branch, Southern Power Grid Research Institute Co., Ltd.Ren Company, Kunming University of Science and Technology, Dali Power Supply Bureau of Yunnan Power Grid Corporation, Yunnan Power Transmission and Transformation Company.Electric engineering company

Zou Lifeng, Deng Hua, Zhou Hai, Qian Jing, Chen Peng, Xiao Qingchu, Gong Mingyi.

46 substation intelligent and operating cockpit technology research and engineering demonstration

Yunnan Power Grid Corporation Pu ‘er Power Supply Bureau, Yunnan Electric Power Experimental Research Institute (Group) hasLimited company electric power research institute, Yunnan power grid company technology branch

He Yan, Jin Weiping, Cao Min, Tan, Yang Qing, Li Wei, Bai Biao

47. Key technologies of large-scale multi-level small power management and their application in Yunnan power grid

Yunnan Electric Power Dispatching Control Center, Dalian University of Technology

Gao Mengping, Cai Huaxiang, Li Xiufeng, Yang Qiang, Cai Baorui, Luan Yi, Cheng Chuntian.

48. Research, development and application of optimal coordinated control based on two-level economic operation of power plant.

Yunnan Electric Power Dispatching and Control Center, Yunnan Electric Power Experimental Research Institute (Group) Co., Ltd.Company electric power research institute

Liu Hesen, Zhai Weixiang, Wenyun Li, Su Shi, Liu Youkuan, Lu Yong, Gao Ming.

49. Development and industrialization of amorphous alloy core transformer

Yunnan tongbian electrics co., ltd

Wen Tianfu, Liu Zhenlin, Feng Minquan, Luo Jianfeng, Xie Derong, Ma Conghua, Xu Yonggold

50. Medical heterogeneous data application integration system

Kunming best software co., ltd., Yunnan university, Yunnan shanba image transmission departmentTechnology limited

Zheng Jialiang, liuyong, Lei Xiaoling, Li Zhiyong, He Shaobin, Wang Hua, Dai Hong

51. Development of flexible control system for cigarette grouping processing line

Kunming Shipping Equipment Group Co., Ltd., Zhengzhou Tobacco Research Institute of China National Tobacco Corporation

Zhang Jiayi, Luo Dengshan, Liang Fengchun, Cui Honggang, Hong-sheng Wang, Yang Jinsong, Xi Niansheng

52. R&D and application of traffic safety management and control system for expressway.

Yunnan Institute of Road Traffic Management Science and Technology, Anhui Landun Optoelectronics Co., Ltd.Ltd., Anhui Chaoyuan Information Technology Co., Ltd., Kunming University of Science and Technology

Chen Hui, Li Ganshan, Chen Yuhong, Li Xiaoyu, Wang Weiyi, Jiangyuan, Yu Bin.

53 Yunnan local tax service platform

Yunnan Provincial Local Taxation Bureau, Fangxin Technology Co., Ltd. Yunnan Branch

Zhou Quan, Zuo Jianming, Wang Tao, Lim Yew Hock, Jun Guo, Ma Hongwei, Zhang Wei.

54. Comprehensive construction technology of traffic hub in front of Kunming New Airport

Yunnan Construction Engineering Fifth Construction Co., Ltd., Yunnan Construction Engineering Installation Co., Ltd.,Yunnan construction engineering group co., ltd

Fang Juming, Wang Leibang, Jiao Lunjie, Chen Zhixuan, Shi Chengsen, qianyong, Xia Youhui.

55. Key technology and application of super-large underground cavern group of Xiangjiaba Hydropower Station in Jinsha River

China Yangtze River Three Gorges Corporation and China Hydropower Consulting Group Zhongnan Survey and Design Research.Institute, China Water Resources and Hydropower Seventh Engineering Bureau Co., Ltd., China Water Resources and Hydropower Construction Worker.Cheng consultation northwest company

Fan Qixiang, Guo Yunqiang, Yin Qiang, Peng Gang, Gu Xiaoyuan, Lu Ruiping, Liu Yiyong

56. Beijing-Shanghai High-speed Railway Sihe Bridge and Ballastless Track Project Construction Technology

China Water Conservancy and Hydropower 14th Engineering Bureau Co., Ltd.

And Sun Wen, Liu Shicheng, Wang Wenyun, Li Jixing, Xue Xiaowei, Mei Fuming, Ma Lan.

57. Research and application of key technologies and management models for quantitative evaluation of water use efficiency in Yunnan Province.

Yunnan Water Conservancy and Hydropower Research Institute, Yangtze River Water Conservancy Commission, Yangtze River Academy of Sciences

Wang Shupeng, Huang Ying, Zhang Yunfeng, Chen Guangcai, Zhu Wu, Ouyang Chunmei, Huang Wei.

Study on Safe Operation of 58.300m Arch Dam and Its Engineering Application

Huaneng Lancang River Hydropower Co., Ltd., Kunming Survey and Design of China Hydropower Consulting GroupResearch Institute, Hohai University, China Academy of Water Resources and Hydropower Research, Tsinghua University.

Yuan Xianghua, Zou Lichun, Zheng Aiwu, Yu Jianqing, Yi Kui, Zhang Guoxin, Chen Shenghong.

59. BIM-based 4D management system and letter for mechanical and electrical equipment installation in Kunming New Airport.Information knowledge management platform

Kunming New Airport Construction Headquarters, Tsinghua University, Beijing Urban Construction Group Co., Ltd.Company, 79th Research Institute of CSIC, Kunming Kunchuan Luogen Airport.Flow system co., ltd

Wu Fan, Zhang Jianping, Xiang Xuesong, Yan Gangwen, Zhou Guohua, Zhang Xiaokun, Wu Dapeng.

60. Adaptability research and engineering of fractured chloritization rock mass as high concrete dam foundation.Process application

Kunming Survey and Design Institute of China Hydropower Consulting Group, Chengdu University of Technology, Hehe.Hai University, China Fourth Engineering Bureau of Water Resources and Hydropower Co., Ltd.

Hong Yongwen, Nie Dexin, Wang Wenyuan, Zhang Zongliang, Du Chengbin, Gao Jian, Wang Kun.

61. Engineering application of seismic measures for high RCC dams in strong earthquake areas

Kunming Survey and Design Institute of China Hydropower Consulting Group, hydropower in the middle reaches of Jinsha River, Yunnan.Development Co., Ltd., Dalian University of Technology, Wuhan Institute of Geotechnical Mechanics, Chinese Academy of Sciences

Li Linian, Hong Yongwen, He Zhaosheng, Huang Zhibin, Chen Jianyun, Liu Jian, Jason.

62. Research and application of three-dimensional collaborative design for general layout of hydropower project construction

China hydropower consulting group Kunming survey design & research institute

Wu Xuelei, Li Shiqi, Yang Hongbin, Luo Xiaoming, Ping Youhong, Miao Jianjie, Liu Qiongfang

63. Study on the influence of MgO in cement on the long-term stability of concrete and its application in high archApplication in dam

Kunming Survey and Design Institute of China Hydropower Consulting Group, Nanjing University of Technology, China.Xiaowan Hydropower Engineering Construction Administration of Neng Lancang River Hydropower Co., Ltd., Hongta West Yunnan, ChinaCement company limited

Xie Min, Deng Min, Lv Dayong, Yi Kui, Xu Dunshan, Luo Xiaoming, Yi Junxin.

64. Climatic and ecological regionalization of high-quality tobacco leaves with Dali characteristics

Dali Meteorological Bureau, Yunnan Tobacco Company Dali Company

Fan Zaidou, Li Guocan, Zhang Chengwen, Zhang Yuhua, Yang Cheng, Gao Yuezhong, Zhou Mingkun.

65. Investigation on SO2 emission coefficient of major industries such as nonferrous metal smelting in Yunnan Province.

Yunnan Environmental Engineering Assessment Center, Kunming University of Science and Technology.

Yang Yonghong, Qian Wenmin, Ning Ping, Yi Hong Hong, Xiaolong Tang, Sun Yuhong, Tan Juan.

66. Techniques and demonstration of restoration and reconstruction of degraded ecosystems in dry-hot valleys in the middle and upper reaches of the Yangtze River.

Institute of Tropical Eco-agriculture, Yunnan Academy of Agricultural Sciences, Ministry of Water Resources, China Academy of Sciences.Chengdu Institute of Mountain Disaster and Environment, Yunnan Changrun Eco-agricultural Science and Technology Development Co., Ltd.Ren company

Ji Zhonghua, Sha Yucang, Huang Xingqi, Liu Gang, Li Jianzeng, Duan Yue Tang, Yang Yanxian.

67. Development and application of environmentally friendly series fertilizers

Yunnan Agricultural University, Yunnan Yunye Chemical Fertilizer Co., Ltd., Kunming NongjialefuHefei co., ltd

Zhang Naiming, Shi Jing, Yang Faxiang, Yang Zhangfu, Shang Haili, Qin Taifeng, Xia Yunsheng.

Research and demonstration on pest control technology of 68.6 authentic Chinese herbal medicines in Yunnan

Yunnan Academy of Agricultural Sciences Institute of Medicinal Plants, Yunnan Academy of Agricultural Sciences AgricultureInstitute of Environmental Resources, Research on Biotechnology and Germplasm Resources of Yunnan Academy of Agricultural SciencesInstitute, Yunnan Sprui Bioengineering Co., Ltd., Lijiang Yunxin Green Biological Development Co., Ltd.company

Li Shaoping, Yang Mingying, arel, Yin Yueyan, Yang Liying, Cao Jifen, Yang Bin

69. Kunming Guiyan Pharmaceutical Co., Ltd. Enterprise Technology Innovation Platform Construction

Kunming guiyan drug co., ltd

Pu Shaoping, Cong Yanwei, Peng Juan, Zhu Zebing, Luan Chunfang, He Jian, Li Yongnian.

70 Haematococcus industrialization process innovation and product standard formulation

Yunnan Green A Bioengineering Co., Ltd., Wuhan Botanical Garden, Chinese Academy of Sciences

Li Yeguang, Du Weichun, Geng Yahong, Ya Qiao, Long Xiang, Timmy Tan, Miao Fengping.

71. Establishment of EV71 antigen detection method and its application in vaccine development.

the chinese academy of medical sciences institute of medical biology

Xie Zhongping, Long Runxiang, Li Qihan, Li Hua, Yang Rong, Dong Chenghong, Yang Ting.

72. Cold and hot ischemia-reperfusion injury of liver and its series prevention and treatment

Kunming General Hospital of Chengdu Military Region

Qing Deke, Luo Ding, Dong Jiahong, Han Benli, Mao Jingxi, Yu Shaoming, Wang Hongguang.

73. The establishment and application of expressway traffic injury emergency medical service system.

Kunming General Hospital of Chengdu Military Region

Hao Jiang, Tang Bin, Ding Yaqin, Liu Jun, Pan Xianfeng, Li Xiangming, He Yi

74. Clinical application of correlation between heat shock protein 47 and atrial fibrillation

Kunming General Hospital of Chengdu Military Region

Wei Ling, Su Yao, Chen Ying, Ma Ling, Wang Lian, Yang Xiaohua, Lu Guoliang.

75. Application of clinical diagnosis and treatment technology for difficult ascites

Kunming General Hospital of Chengdu Military Region

Zhang Shurong, Fan Zongjiang, Li Xiaomei, Chen Bing, Li Raomei, Xu Bo.

76. The application of double resistance plate magnetic functional appliance in early class Ⅲ malocclusion correction.

Kunming medical university

Xu Yun, Li Song, Zhao Ning, Yin Kang, Xu Yanhua, Wu Tuojiang, Huang Mingbo

77. Study on the correlation between heat shock protein 70 gene polymorphism and senile cerebral infarction.

Kunming Yan ‘an Hospital

Jin Xingqi, Wei Yunhong, He Yan, Wang Wenju, Deng Jie, Gao Xuezhen, Wang Ruiping.

78. Posterior correction strategy of adolescent scoliosis with syringomyelia and its countermeasuresclinical application

The Second Affiliated Hospital of Kunming Medical University

Xie Jingming, Wang Yingsong, Zhang Ying, Zhao Zhi, Li Tao, Zhao Xinxiang, Bi Ni.

79. Basic research and clinical application of hypothermia brain protection

The Second Affiliated Hospital of Kunming Medical University

Xu Wei, Gao Yongjun, Pu Jun, Fang Shaolong, Zhao Ninghui, Tang Yiping, Cao Xia.

80. The influence of mild hyperuricemia and asymptomatic hyperuricemia on renal injury.

The Second Affiliated Hospital of Kunming Medical University

Lian Xiyan, Huang Shenghua, Zhao Jintao, Jiang Hongying, Feng Zhijian, Chen Peizhuo, Yang Guimei

81. Expression and clinical prognosis of invasion and metastasis related factors of gastrointestinal malignant tumor.

The Second Affiliated Hospital of Kunming Medical University

Huang Hua, Lu Mingliang, Luo Deng, Zheng Mengyao, Fu Yan, Chang Jiang, Li Xinhua

82. the application of SiRNA to interfere with the expression of IDO in cervical cancer and enhance anti-tumor immunity

The Third Affiliated Hospital of Kunming Medical University

Yang Hongying, Chen Wanling, Lu Yubo, Liu Xin, Yang Chenggang, Zhang Hongping, Yang Xielan

83. Clinical application of percutaneous vertebroplasty in the treatment of multiple myeloma spinal fractures.

The Third Affiliated Hospital of Kunming Medical University, Kunming First People’s Hospital

Yuan Tao, Yang Yuzhang, Zhang Hongqing, Sun Hongpu, Xu Lei, Zhang Jing, Ma Xiang.

84. Technical establishment and index of magnetic targeted hyperthermia in the treatment of pancreatic cancer animal modelFormulation and application

The First Affiliated Hospital of Kunming Medical University

Dong Jian, Chen Mingqing, Liu Weiqing, Wang Lufang, Hong Min, Li Shao? , Gao Chang ‘e

85. MRI measurement of AC-PC diameter, cranial cavity and temporal lobe volume in normal adults andclinical application

First Affiliated Hospital of Kunming Medical University, xuanwu hospital, Capital Medical University.

Han Dan, Li Kuncheng, He Bo, Chen Nan, Jia Kefeng, Xie Xiaojie, Kang Shaolei.

86. Orthodontic treatment of condylar structure of adult class II malocclusion with different vertical heightsAnd the influence of location.

The Second People’s Hospital of Yunnan Province

Liu Xiaojun, Yao Shuang, Zhou Zhi, Yang! , Wang Zixu, Shen Yong, Ji Juanjuan

87. Study on the application of small pupil retinoscopy in the screening of amblyopia in preschool children.

Yunnan Provincial Maternal and Child Health Hospital, Xishan District Maternal and Child Health Center, Guandu District Maternal and Child Health Carecentre

Yang Xiaomei, Shi Wen, Yang Fabin, Long Xudong, Ni Junxue, Yao Weiwen, Liang Min.

88. Investigation on the health quality of children under 7 years old of 15 endemic ethnic minorities in Yunnan Provincestudy

Yunnan Provincial Maternal and Child Health Hospital

Zhao Zhongming, Yao Liqin, Hu Lisha, Zou Tuanbiao, Fan Limei, Wang Xingtian, Quan Xing

89. Establishment and application of influenza surveillance network platform in Yunnan Province

Yunnan province disease prevention control center

Xu Wen, Jiang Li, Zhao Shiwen, Zhao Qun, Luo Chunrui, Fu Xiaoqing, Xiang Yibin.

90. Basic research and clinical application of CIK and DCIK anti-tumor biotherapy

The First People’s Hospital of Yunnan Province

Wang Tianchao, Dong Hong, Tang Hui, Sayalian, Yan Xinmin, Gao Jianmei, Li Xing Yue.

91. Research and demonstration application of key technologies to realize mutual recognition of medical test results

First People’s Hospital of Yunnan Province, Dali People’s Hospital, Third People’s Hospital of Yunnan Province.Hospital, Midu County People’s Hospital, Xiangyun County People’s Hospital

Wang Tianchao, Niu Hua, Xie Yingfu, Ma Shungao, Xu Mei, Li Congfeng, Zi Jianwen

92. Clinical study and application of prediction, prevention and treatment of sudden cardiac death

The First People’s Hospital of Yunnan Province

Fan Jie, Zhang Jin, Wang Lilin, Ding Liqun, Zhang Xi.

93. Study on the application of a new environmental transparent agent SBO in pathological section.

The First People’s Hospital of Yunnan Province

Lai Xun, Sun Shuai, Zou Tiannan, Fan Chuming, Chen Tianxing, Hong Zheng, Zhang Huihua.

94. Clinical application and popularization of minimally invasive thoracic surgery technology in Yunnan Province.

The First People’s Hospital of Yunnan Province

Wang Ping, Peng Hao, Peng Jun, Chen Xinlong, Xiong Jian, Cheng Hongzhong, Li Yongwu

95. Study and application of the correlation between nitric oxide and periodontal disease.

Yunnan First People’s Hospital, Yunnan Stomatological Hospital, Haoli, Xishan District, Kunming CityDental clinic

Gong Bin, Xu Liping, Li Qiyan, Ou Jiongguang, Xu Jingshu, Lei Yayan, Zhang Yuhao

96. Establishment and clinical application of natural cycle-in vitro fertilization embryo transfer technology platform

The First People’s Hospital of Yunnan Province

Ma Yanping, Li Yonggang, Wu Ze, Li Yunxiu, Deng Bo, Gao Mengying, Deng Lian.

97. Clinical application of the influence of subvalvular structure on hemodynamics downstream of artificial valve

The First Affiliated Hospital of Kunming Medical University

Zhang Guimin, Sun Yi, Zhang Hu, Wang Yu, Li Bin, Duan Bingsong, Liang Rongbi.

98. Research on Early Warning Mechanism of Development Imbalance in Western Minority Areas of China

Yunnan University

Yang Xianming, Li Ya

99. Study on Strengthening GMS Cooperation to Promote Bridgehead Construction

Yunnan province science and technology development research institute

Wang Zehua, Sun Haiyan, Pu Weidong, Li Ping, Lu Na, Luo Jing, Li Wen

100. Research on performance management of financial budget in Yunnan Province

Yunnan Institute of Science and Technology Information, Yunnan Provincial Department of Finance

Yang Hongping, Fan Liming, Bao Yiping, Pan Rongcui, Su Jianhong, AARON Li, Deng Yu.

101. Research on the Construction and Countermeasures of Technology Transfer Service System in Yunnan Province

Yunnan province science and technology information research institute

Ma Minxiang, Shang Xiaohui, Pu Wan Li, Wang Penglin, Sun Jing, Qu E, An Daoyuan.

102. Yunnan province highway mechanical and electrical facilities quality inspection and evaluation technology

Engineering Quality Supervision Bureau of Yunnan Provincial Department of Transportation, Highway Science Research Institute of Ministry of TransportationJiuyuan

Li Junfeng, Su Hejun, Yang Yaxin, Liu Yuxin, Zhu Liwei, Fang Zhengpeng, Zhu Chuanzheng.

103. Study on Risk Assessment of Slope Disaster of Yunnan Trunk Highway

Yunnan Highway Science and Technology Research Institute, China Academy of Sciences, Chengdu Mountain, Ministry of Water ResourcesInstitute of Disaster and Environment

Chen Zefu, Li Faxiang, Kong Jiming, Ma Xianzhi, Su Haitao, Chen Minyang, Gao Er

104. Continuous pavement friction coefficient testing system.

Yunnan province highway science and technology research institute

Li Rong, Song Ping, Zhang Xiankang, Liu Weigang, Yan Yuan, Yue Jinwei, Cao Zhiwei.

105. Research on Intelligent Aided Design Method for Railway Express Scheme Comparison and Selection

China Railway Second Hospital Engineering Group Co., Ltd., Kunming University of Science and Technology

Zhu Ying, Xu Youding, Han Chunhua, Hu Xinming, Qin Xiaolin, Li Guanghui, Zhang Kejun

106. Construction and real-time supervision of highway passenger safety platform based on Internet of Things technology.System development and popularization

Yunnan Institute of Transportation Science, Dalian Maritime University

Ma Junyong, Ouyang Xuebing, Chen Jia, Ma Defang, Min Yang, Zhuang Guocheng, Yang Guangmin.

107. Evolution mechanism and real-time monitoring of dynamic characteristics of in-service long-span bridges in mountainous areas.Evaluation technology research

Yunnan Mengxin Expressway Construction Headquarters, Chongqing Jiaotong University, Beijing Zhongtong No.4.Victoria Highway and Bridge Technical Consulting Co., Ltd., Beijing Zhongjiao Ruida Technology Co., Ltd.Division, Honghe Management Office of Yunnan Highway Development and Investment Co., Ltd.

Zhou Yingxin, Yang Jianxi, Zhang Ruwen, Yang Qiang, Zou Lin, Han Lizhi, Liu Wei.

108. Research on the design and setting of traffic signs in international corridors.

Yunnan Highway Development and Investment Co., Ltd., Yunnan Yunling Expressway TrafficTechnology Co., Ltd., Highway Research Institute of Ministry of Transport

Li Guofeng, Mao Jibin, Lv Bo, Dong Ruichang, Zhang Kun, Niu Mo, Sun Hongxian.

109. Research on safety monitoring technology of new tunnel construction between small spacing tunnels.

Kunming hub railway construction headquarters, Yunnan Aerospace Engineering Geophysical Exploration Co., Ltd.Company, China Railway Eighth Bureau Group Co., Ltd., China Railway Nineteenth Bureau Group Co., Ltd., China RailwayEryuan (Chengdu) Consulting Supervision Co., Ltd.

Han Zhongping, Zhang Xiaoming, Su Jiankun, Li Wenyuan, Xia Fabao, Gao Xiang, Xie Jianliang.

110. Research on dynamic monitoring and early warning technology of highway water damage in Yunnan Province

Yunnan province highway science and technology research institute

Zhang Xiankang, Wang Zhiqi, Zhang Yong, Li Yong, Ning Debiao, Chen Faben, Chen Zefu

111. Popularization and application of standardization technology for small ships in Yunnan Province

Yunnan Provincial Waterway Administration, Water Transport Research Institute of Ministry of Transport, Yunnan Water TransportPlanning, design and research institute

Zeng Zhaowen, Gao Huijun, Jiang Xingping, Yang Yanping, Yang Jinhuan, Luo Yi, Song Yu

112. Post-evaluation method and technology of mountain expressway safety

Yunnan Provincial Traffic Planning and Design Institute, China Communications First Highway Survey and Design Institutelimited company

Zhang Fachun, Liu Jianbei, Li Zhihou, Guo Tengfeng, Fang Rui, Luo Jing, Li Donglian.

113. Design and construction technology of semi-integral bridge without expansion joint

Yunnan Provincial Transportation Planning and Design Institute, construction of southwest section of Kunming Ring ExpresswayHeadquarters, Hunan University, Yunnan Provincial Institute of Highway Science and Technology.

Zhang Fachun, Chen Gaichang, Li Jia, Li Huanxing, Wang Jin, Ma Zehui, Jin Xiaoqin

114. Deformation control technology of tunnel in weak surrounding rock of red beds in central Yunnan in southwest China.

China Railway 12th Bureau Group Co., Ltd., China Railway 12th Bureau Group Second Engineering Co., Ltd.Division, Central South University, China Railway Second Hospital Engineering Group Co., Ltd

Shuai Jianbing, Lei Jun, Shi Chenghua, Song Jinxi, Gong Jiangfeng, Liu Jianjia, Wang Guangyong

Promote the healthy and stable development of China-EU relations.

  President Supreme Leader’s state visit to the three European countries will inject strong impetus into promoting China’s relations with the three countries and the further development of China-EU comprehensive strategic partnership, and inject more stability and positive energy into the chaotic and intertwined world.

  From May 5 to 10, the Chairman of the Supreme Leader will pay a state visit to France, Serbia and Hungary, which is the first visit to Europe by a head of state of China in the past five years. In the current turbulent international situation, China-EU relations have strategic significance and world influence, and are related to world peace, stability and prosperity. President Supreme Leader’s state visit to the three European countries will inject strong impetus into promoting China’s relations with the three countries and the further development of China-EU comprehensive strategic partnership, and inject more stability and positive energy into a chaotic and intertwined world.

  France is the first western power to establish diplomatic relations with New China at the ambassadorial level. Sino-French relations have always been at the forefront of China’s relations with western countries. The two countries have jointly shaped the "Sino-French spirit" of independence, mutual understanding, foresight and mutual benefit. In recent years, under the strategic guidance of the Supreme Leader and President Macron, Sino-French relations have maintained a good momentum of development. The strategic communication between the two countries has been fruitful, pragmatic cooperation has yielded fruitful results, people-to-people exchanges have deepened, and good communication and cooperation have been maintained in international and regional affairs. In the face of the turbulent international situation, both China and France adhere to independence and win-win cooperation; They all oppose world division and camp confrontation; They all practice multilateralism and safeguard the UN Charter and international law. The international community expects China and France to form a unanimous position and make a common voice on major issues concerning world peace and stability and the future and destiny of mankind. President Supreme Leader’s state visit to France again after five years coincides with the 60th anniversary of the establishment of diplomatic relations between China and France, which is of great significance to the relations between the two countries. Further consolidating political mutual trust and strengthening unity and cooperation between the two sides will push China-France comprehensive strategic partnership to a new level, inject new impetus into the healthy and stable development of China-EU relations, and make new contributions to promoting world peace, stability, development and progress.

  Serbia is China’s first comprehensive strategic partner in Central and Eastern Europe. The two countries have a deep friendship and can be regarded as a model of friendly relations between China and European countries. In recent years, under the strategic guidance of the Supreme Leader and President Vucic, China-Serbia relations have maintained a high-level operation, with the two sides firmly supporting each other’s core interests and major concerns. The two countries have strong political mutual trust, achieved fruitful results in building the "Belt and Road" with high quality, and closely coordinated in the multilateral field. China-Serbia cooperation is strong and in line with the long-term interests of both sides. This visit is the second visit to Serbia by the Chairman of the Supreme Leader after eight years. During the visit, the two heads of state will have an in-depth exchange of views on China-Serbia relations and international and regional issues of common concern, explore ways to enhance the positioning of China-Serbia relations, and point out the direction for the future development of bilateral relations. The upgrading and upgrading of China-Serbia relations will not only better benefit the two peoples, but also enhance the power to safeguard international fairness and justice and make new and greater contributions to promoting the building of a community of human destiny.

  This year marks the 75th anniversary of the establishment of diplomatic relations between China and Hungary. Hungary is an important country in Central and Eastern Europe, and it is China’s promotion of the "Belt and Road" and China — An important partner of cooperation between Central and Eastern European countries. In recent years, Hungary has persisted in being a force for peace and a factor of stability in Europe, and has resolutely deepened its cooperation with China despite interference and pressure. China and Hungary are comprehensive strategic partners of each other, and both are firmly pushing forward the development in line with their respective national conditions. The mutually beneficial cooperation between the two countries in various fields has achieved fruitful results, which not only benefits the two peoples, but also strongly proves that China is an opportunity rather than a challenge to Europe, and a partner rather than an opponent. President Shuyuk and Premier Orban jointly invited the Chairman of the Supreme Leader to visit Hungary, which fully reflected the Hungarian side’s great attention and ardent expectation for this visit. This landmark visit will push China-Hungary relations to a new level, open a new chapter for China-Hungary friendly cooperation, and help maintain regional and even world peace, stability and prosperity.

  The correct orientation of China-EU relations is partnership, and the mainstream tone is cooperation. As two major forces to promote multipolarization, two major markets to support globalization and two civilizations to advocate diversity, China and Europe share broad common interests, with cooperation exceeding competition and consensus exceeding differences. China has always viewed China-EU relations from a strategic and long-term perspective, and has always regarded the development of China-EU relations as China’s diplomatic priority. President Supreme Leader’s state visit to three European countries will surely promote China-EU cooperation with mutual benefit and win-win, provide more stability for the turbulent world with the healthy and stable development of China-EU relations, and provide more impetus for global development.

Extreme krypton, about to withdraw from the market!

From brand release to IPO, it took 37 months. It takes less than 12 months from listing to planned delisting.

On May 7th, Geely Automobile announced that it would buy all the shares issued by Krypton.

Geely originally holds 65.7% of the shares of Kykrypton. If this acquisition is completed, Kykrypton will be completely merged with Geely Automobile, and then delisted from the New York Stock Exchange and become a wholly-owned subsidiary of Geely Automobile.


Geely did this mainly to implement the Taizhou Declaration. "Taizhou Declaration" mentioned that we should focus on the main automobile industry, improve the efficiency of resource utilization, and let all brands develop synergistically.

From the practical benefits, the privatization of Krypton will enable Geely to have a unified listing platform, integrate the assets and resources of Krypton, and enhance the competitiveness of passenger car business.

Geely’s offer this time is quite sincere, with $2.57 per krypton share or $25.66 per American Depositary Share.


This price is about 13.6% higher than the closing price of American Depositary Shares on the New York Stock Exchange on the last trading day, and 20% higher than the weighted average price of the past 30 trading days.

Such a high premium shows that Geely attaches great importance to krypton and recognizes its value. As soon as the news came out, the pre-market share price of Krypton US stocks rose by over 11%, which was close to the price given by Geely.

Speaking of it, the speed of listing krypton is called a fast one.


In 2021, Krypton became independent from the pure electricity department of Lectra. In just 37 months, it successfully landed on the New York Stock Exchange on May 10, 2024, becoming the fastest listed new car manufacturer in China.

If you close for a long time, you will be divided, and if you close for a long time, so will car companies. However, it was extremely krypton that was independent from Lingke before, and now it has become extremely krypton "swallowing" Lingke. After all, the name of the two merged companies is extremely krypton.

But who would have thought that less than a year after listing, it will be delisted again, and the reasons behind it are quite complicated. On the one hand, from the perspective of Geely’s own development strategy, integrating resources and returning to "one Geely" is the key.


Geely has successively integrated many businesses before, such as Geely Geometry, Wing Zhen and Radar, which were merged into Geely Galaxy, and Link merged into Krypton to establish Krypton Technology Group.

On the other hand, it is the influence of the big environment. The topic of the return of Chinese stocks has been hotly debated by everyone. The privatization and delisting of Krypton just happened to catch up with this trend and became the "first share" of the return of China Stock Exchange.

Although the listing speed of Krypton is extremely fast, its performance in the US stock market is hardly satisfactory, which also makes it difficult for the institutional funds behind Krypton to get returns and even get stuck.


Say a few more words

At present, the pressure of brand development is not small. The target sales volume of Extreme Krypton Technology Group this year is 790,000 vehicles, including 390,000 vehicles of Lingke and 320,000 vehicles of Extreme Krypton. Judging from the sales data of the first four months, the situation is not very optimistic.

The brand sold 100,000 vehicles in the first four months, achieving 25.6% of the annual target. As for Krypton, the cumulative sales volume in the first four months was only 55,000 vehicles, only 17.2% of the annual target sales volume was completed.

In April, the monthly sales volume of Krypton was even worse, reaching 13,727 vehicles, down from the same period last month, down by nearly 15% year-on-year and down by 11% month-on-month.???

Tesla USA introduced FSD autopilot of Model S/X model.

On August 10th, official website, USA, Tesla updated the auto-driving service of the model and launched a three-year subscription package of FSD (Full Auto-driving Capability). This package includes FSD function, free super charging service and advanced car entertainment service package. The price of the whole package is 5000 US dollars, about 35884 yuan.

If users choose to subscribe to these services separately, the total cost for three years will reach US$ 5,003.64, or about RMB 35,910. Specifically, the subscription fee for FSD is $99 per month, which is about 710 yuan RMB; The cost of free super charging service is 30 dollars per month, about 215 yuan; The premium car entertainment service package costs $9.99 per month, which is about 72 yuan RMB.

In the American market, FSD service has been able to support a variety of autopilot functions, including autopilot navigation, automatic lane change, automatic parking, intelligent summoning, city navigation, and identification of traffic lights and signs. In addition, compared with the standard version, the advanced in-vehicle entertainment service also adds satellite maps, playing online music and videos through in-vehicle applications, in-vehicle KTV, in-vehicle online games and Internet browsers.

It is worth mentioning that earlier this month, Tesla has started to push the version of FSD Supervised v12.5.1.1 to more vehicles. This update not only supports the Cybertruck model for the first time, but also brings many improvements, such as merging the software stack of highways and urban roads, allowing drivers to wear sunglasses in autonomous driving mode, and launching the much-anticipated "true intelligent call" function.

Ford Focus, which was damaged by power, but chassis control is still the benchmark.

Every old car fan, or car industry practitioners, will never forget Ford Focus.

Historically, when Fox was born, it was the time when young people could own their own cars with hard work. Fox is very good in design, handling performance, chassis comfort and safety.

Compared with Toyota Corolla, Corolla, Peugeot 307 and Nissan TIIDA at that time, Fox’s young and manipulative image was very good. Honda Civic is also a latecomer, and Fox’s control is not disappointing.

Driving the early Focus, it is a 2005 hatchback 1.8L automatic transmission. The power performance is average, the 4AT gearbox is only a little better than Volkswagen 4AT, and the fuel consumption in urban areas is high. But after driving for more than two thousand kilometers, people felt what chassis control was for the first time.

One of my favorite Focus is the 2009 hatchback/sedan Focus 2.0L sports version. The set of sports seats and 5MT manual transmission are not out of date now. Coupled with the sporty design, both driving and perception are cool.

The best Fox is the self-priming version equipped with a 2.0L+6-speed dual-clutch gearbox in late 2014-15. The double clutch is provided by Gertrak, and the shift is not as fast as the Volkswagen double clutch but very smooth. Crucially, this version of Focus has smooth shifting and low fuel consumption.

However, the most beautiful Fox, personally, is the 2006 Fox ST. Once I went to Ford R&D Center in North America, I noticed that the poster of’ 06 Fox ST was still on the staff’s office wall, which shows that the design at that time was very successful.

Fox in the first ten years was still on the normal road. But I think the change of Fox happened in 2015.

The biggest change of the new Focus, which was redesigned in mid-2015, is to switch to the "Martin" front face, and then introduce two pairs of 1.0T and 1.5T turbocharged engines. Of course, a lot of electronic equipment has been added, such as automatic parking, blind spot monitoring and so on, and the new Focus finally has a large navigation screen for the first time!

Martin’s front face was used on Mondeo, and the new carnival and Forrest were used, and the modified Fox came to join in the fun. Martin’s version of Mondeo is beautiful, but it doesn’t mean that Fox with a smaller size also has this effect. At that time, when the official map of the new Fox came out, it also caused quite a controversy.

When we were in the test drive, we drove a sedan with a dark gray body for a test drive. I remember when a colleague saw us, the first sentence was: "Aren’t you trying the new Focus? How did you get Forsyth here?"

The biggest problem is Fox’s motivation, which began to decline at this time.

In 2015, the Fox automatic transmission has three sets of power configurations: 1.6L four-cylinder, 1.0T three-cylinder and 1.5T four-cylinder, which are very strange power configurations. The entry-level version of 1.6L is equipped with a "tall" dual-clutch gearbox, while the turbocharging is all equipped with a 6AT automatic gearbox. Of course, the high-end version is not equipped with a dual clutch because of the cost.

The test drive is a 1.5TEcoBoost GTDi turbocharger, and the output is 135kW/6000rpm and 240Nm/1750~4500rpm, which completely surpasses the old 2.0L naturally aspirated. However, the high noise is another disadvantage of 1.5TEcoBoost, and the sound is a bit disturbing as soon as the speed reaches 3500rpm.

The biggest problem appeared. After testing the car, I said, "Fox has returned to the era of high fuel consumption."

However, Fox never wins by power, but by chassis control.

The subframe+multi-link rear suspension, which is rare at the same level, has the greatest advantages in complex mountain roads-the rear wheels can still cling to the road even if the road surface is uneven in the corner, and the redundant vibration can be filtered out one by one. The performance of Volkswagen Golf at the same level is not as good as that of Fox.

At this time, the Fox suspension was softer, and the car body tilted badly around the pile, but the magic thing was that the soft suspension had almost no side effects on handling during cornering, and the four tires were still very close to the ground. The steering is still fast but accurate, as if you won’t understeer when you turn corners at a faster speed.

However, the adjustment of Fox in the later period of domestic production is not perfect, and the softness and long suspension, as well as the increase of the ground clearance, lead to the improvement of the center of gravity, which makes the dynamics of Fox’s body very subtle when it is pushed to the limit at high speed, and its stability is more affected than that of its peers.

Fortunately, most drivers will not drive it to the high speed limit …

Unfortunately, not every car buyer will care about these designs which increase the cost but are invisible to the naked eye. What they often see is that the rear footroom of the new Focus is still average, and the comfort of the seats is not as good as that of Japanese cars. But it’s also true.

Later, in 2019, Ford Focus finally embarked on the road of no return of all three cylinders. At this time, although there is 8AT gearbox support, Chinese people still don’t recognize the three cylinders.

There is really a lot to say about the story of Fox. But once you meet Fox with good motivation, you will release his nature and talent.

After driving the Fox ST for two generations, I enjoy the feeling of 6MT manual gear shifting, and the pleasure of twisting the front wheel and gently pulling the steering wheel to one side every time the gear shifting is accelerated. After many years, I think Fox ST is more fun than Golf GTI.

I also drove a very cracked Fox RS. Without some practice, it is difficult to handle the relationship between 6MT and 440Nm on the track. But it was really fun.

China has built a modern industrial system with complete categories.

  "China has become the only country in the world that has all the industrial categories listed in the United Nations industrial classification." At the press conference held by the State Council Press Office on September 20th, Miao Wei, Minister of Industry and Information Technology, introduced the development of industrial communication industry, saying that since the founding of New China 70 years ago, our party has United and led people of all ethnic groups across the country to successfully embark on a new industrialization development path with China characteristics, and has gone through the industrialization process of developed countries for hundreds of years, creating a miracle in the history of human development.

  "China has built a modern industrial system with complete categories, independence and integrity, and the scale of industrial economy ranks first in the world." Miao Wei said that China’s industrial added value increased from 12 billion yuan in 1952 to more than 30 trillion yuan in 2018, an increase of about 971 times at constant prices, with an average annual growth rate of 11%.

  According to World Bank data, in 2010, the added value of China’s manufacturing industry surpassed that of the United States and became the largest manufacturing country. "This marks that since the mid-19th century, after a century and a half, China has regained its position as the world’s largest manufacturing country. Take steel as an example. In 1949, China’s steel output was only 158,000 tons, accounting for only 0.1% of the world’s steel output in that year. In 2018, China’s steel output has exceeded 900 million tons, an increase of 5,799 times, accounting for half of the world’s steel output for a long time. " Miao Wei said.

  Great changes have taken place in China’s information and communication industry since the founding of New China 70 years ago. Miao Wei said that in serving the people’s lives, it has solved three major problems: less coverage, slow network speed and expensive tariffs. "In the past 70 years, we have built the largest information and communication network in the world, with the length of optical cable exceeding 45 million kilometers, the total number of telephone users reaching 1.7 billion, the number of Internet broadband access users reaching 440 million and the number of netizens reaching 854 million." Miao Wei said.

  Miao Wei said that in the construction of new infrastructure such as 5G, industrial internet and artificial intelligence, we have achieved synchronous development with the world, and even have a leading position in some areas. New formats and new models are constantly emerging. Applications in the fields of autonomous driving, smart home appliances, VR/AR, distance education and telemedicine are also in the ascendant.

  "At present, the open cooperation in the information and communication industry has reached a new level. As the most prosperous information and communication market in the world, we encourage private capital to enter the fields of mobile communication resale, broadband network access services and Internet data centers. We are also willing to share development opportunities with enterprises from all over the world and gradually improve the level of opening up in the telecommunications field. " Miao Wei said.

  In terms of technological innovation capability, the industrial communication industry has been greatly improved. "With the in-depth implementation of the innovation-driven development strategy, China has achieved ‘ Have a place ’ The strategic goal. " Miao Wei said. Taking the mobile communication industry as an example, China has achieved a historic leap of 4G synchronization and 5G leadership through 2G follow-up and 3G breakthrough, and the number of necessary patents for 5G standards ranks first in the world. Under the strong traction of information and communication technology, by the end of 2018, the scale of China’s digital economy had reached 31 trillion yuan.

Analysis of this 3-cylinder Geely 1.0T engine that really doesn’t shake.

In the current market, many automobile brands have launched three-cylinder models. Faced with the pressure of environmental protection policies and consumers’ requirements for fuel economy, more and more manufacturers will launch models equipped with three-cylinder engines. 2019 is the first year of the explosion of three-cylinder engines, and the position of small-displacement three-cylinder engines will become larger and larger in the foreseeable future.

Analysis of this 3-cylinder Geely 1.0T engine that really doesn't shake-Figure 1

Due to the congenital reason of odd cylinders, the first-order reciprocating inertia moment of three-cylinder engine is unbalanced, which is a word "shaking" in the actual driving experience, which is why many people talk about "three cylinders" and change their color. At present, the "three cylinders" at this juncture can be said to be a kind of engine form that is difficult to avoid. Then who can take the lead in doing the "three-cylinder" experience, who may seize the market first. A few days ago, Geely Automobile held an activity of "Binrui 200t 160,000km engine’s 100-hour crazy challenge with no limit" at Geely Power Research Institute in Hangzhou Bay, Ningbo.

Analysis of this 3-cylinder Geely 1.0T engine-Figure 2

Through the form of disassembly+explanation, this paper shows how Geely builds an efficient three-cylinder engine without shaking. In fact, it is not easy to disassemble an engine that has been used for a long time in the eyes of many media, because as long as the engine is slightly flawed, it may be made public by the media.

Analysis of this 3-cylinder Geely 1.0T engine-Figure 3

The engine disassembled by the technician has passed the 160,000-kilometer road test, the test of high fever, cold and harsh plateau environment, and then passed the 100-hour full-load operation test on the test bench. The simulation is the state of an engine after 8 years of use in the hands of ordinary car owners. Let’s analyze this non-shaking three-cylinder engine step by step from the cylinder head.

Analysis of this 3-cylinder Geely 1.0T engine-Figure 4

The disassembled engine model is JLF-3G10TDB, the cylinder head is made of aluminum alloy, and the integrated exhaust manifold design is adopted. At present, the purpose of the birth of a small-displacement three-cylinder engine is to "save energy efficiently". The integrated exhaust manifold can not only effectively use the exhaust temperature to help the engine warm up when starting, but also has advantages for the control of exhaust temperature and the normal work of three-way catalysis.

Analysis of this 3-cylinder Geely 1.0T engine that really doesn't shake-Figure 5

This engine is equipped with two thermostats, the "big" and the "small". The small thermostat controls the small circulation and controls the coolant to circulate in the cylinder when the engine is started. Together with the integrated exhaust manifold, this heat source can quickly make the engine reach the appropriate working temperature. When the engine is working normally, the coolant is connected to the large cycle of the whole cooling system.

Analysis of this 3-cylinder Geely 1.0T engine that really doesn't shake-Figure 6

Compared with the traditional external exhaust banana design, the integrated exhaust manifold can not only effectively utilize the waste heat generated by exhaust gas, but also shorten the path of exhaust gas to the turbine blades. With the small inertia turbine from Garrett, the 1.0L exhaust engine can still blow the turbine quickly, providing excellent response capability. In order to output a peak torque of 205Nm at 2000 rpm while ensuring the responsiveness, the designed maximum speed of this turbine reaches 290,000 rpm.

Analysis of this 3-cylinder Geely 1.0T engine that really doesn't shake-Figure 7

In terms of fuel supply system, this engine adopts direct injection in the overhead cylinder, which avoids the abnormal situation that the "wet wall" leads to the increase of engine oil. Continental has provided a 5-hole fuel injector for this engine, and the fuel injection pressure can reach 200Bar. Since the development of this engine began seven years ago, there is a certain gap compared with the 350Bar used in the latest engine, but we also learned from the conversation with engineers that Geely will continue to develop the second generation engine, and I believe that a higher pressure fuel injection system will be used at that time.

Analysis of this 3-cylinder Geely 1.0T engine that really doesn't shake-Figure 8

The cylinder body is made of cast iron. According to the engineer on site, compared with aluminum alloy, cast iron cylinder body has more advantages in shock absorption. This engine adopts the design scheme of 3mm thin cylinder wall, and the cylinder block of three-cylinder engine can usually be reduced by more than 50mm in axial length compared with that of four-cylinder engine. Therefore, thanks to the volume advantage of three-cylinder engine, the weight of cast iron cylinder block is still well controlled.

Analysis of this 3-cylinder Geely 1.0T engine that really does not shake-Figure 9

In the part of NVH management, Geely first put the engine in the semi-elimination laboratory, oriented the noise source of the whole power system through the microphone array conforming to SAE (International Society of Automata Engineers) specifications, and then analyzed the noise-emitting parts to improve the noise source.

Analysis of this 3-cylinder Geely 1.0T engine-Figure 10

Firstly, aiming at the silent design of belt and gear, in order to reduce the noise of gear and belt during transmission, Geely used composite materials between the alveoli of gear and used timing belt instead of timing chain to further reduce the noise of gear and belt during operation.

Analysis of this 3-cylinder Geely 1.0T engine-Figure 11

Geely introduced the "balance shaft" to suppress the vibration of the "three cylinders". One end of the balance shaft has a gear combined with the gear at the crankshaft end, and the first-order inertia of the engine is balanced by the design that the motion phase is opposite to the vibration. The whole balance shaft assembly is installed in the oil pan at the bottom of the vehicle. At present, there are many three-cylinder engines on the market, but not every one has a balance shaft.

Analysis of this 3-cylinder Geely 1.0T engine that really doesn't shake-Figure 12

Besides suppressing NVH of the engine itself, how to reduce the impact of vibration on the car body is equally important. Geely adopted a relatively traditional 3-point mount on the precursor of Binrui’s transverse engine. However, hydraulic bushings are used on both the left and right mounts. Compared with the practice of using hydraulic bushings only on the right side of traditional vehicles, it is obvious that the vibration isolation effect of dual hydraulic mounts is better.

Analysis of this 3-cylinder Geely 1.0T engine that really doesn't shake-Figure 13

In order to demonstrate the excellent NVH performance of this engine in an intuitive way, Geely engineers designed a "coin-standing" test. During the whole test, the coin did not fall down whether the engine was started or the speed was raised at idle speed. Although this is an engine test under no-load condition, it also reflects the NVH performance of Geely’s 1.0T engine under no-load condition. According to the on-site engineers, the displacement produced by the vibration of the seat slide rail in Binrui cockpit per second is only 0.35mm.

Analysis of this 3-cylinder Geely 1.0T engine that really doesn't shake-Figure 14

In the actual test drive, Binrui, which is equipped with a 1.0T engine, still can’t feel the vibration of the engine in the cabin under the load of four people. Trying to accelerate rapidly at the speed of 20km/h, the speed of establishing positive pressure of the turbine is almost the same as that of many larger displacement turbine engines, and the force exerted by the engine in the middle section is more rapid than that of the ordinary 2.0L naturally aspirated engine.

Analysis of this 3-cylinder Geely 1.0T engine that really doesn't shake-Figure 15

Because of the congenital reason of odd cylinders, the first-order reciprocating inertia moment of three-cylinder engine is unbalanced, which is the congenital defect of "three cylinders". I believe that even Newton’s old man could not wash the floor when he was alive. However, today’s engine technology has undergone earth-shaking changes compared with 20 -30 years ago, whether it is the accuracy of overall parts processing or the breakthrough in materials science. The change of the overall automobile industry environment has also made the "three cylinders" shoulder a more important mission. The "three cylinders" have reason to become better, and Geely has taken the lead in taking a solid step.

 

Analysis of this 3-cylinder Geely 1.0T engine that really doesn't shake-Figure 16

The 1.0T engine carried by Binrui is a brand-new product of Geely iNTEC technology brands, and it is the first 1.0TD engine independently developed by Geely. Through engine disassembly, we can see that it is not a product that blindly pursues "cheap". Geely’s intentions are reflected in the use of parts from internationally renowned suppliers and the design of NVH suppression. As early as 2010, Geely put forward the "technical Geely" strategy, and this 1.0TD engine is a microcosm of the "technical Geely" strategy.

Before Rene Liu became famous, his prominent family was exposed and he longed for ordinary family and marriage life.

  


  According to Chengdu Daily, on April 12th, the long-awaited Rene Liu Sleepwalking Concert in Chengdu will be sung in the warm spring. Many people know that Rene Liu was discovered by Bobby Chen, a Bole, when he was working as an assistant to Bobby Chen, but few people know that this artist, who is famous for his intellectuality and peace in the entertainment industry, has a prominent life experience.


  After Rene Liu became famous, her life story was inevitably dug up by the media. However, the prominent life story is a topic that she has been deliberately avoiding, but it is a hard assistant life, which she often mentions. She said that the years when she worked as an assistant for Bobby Chen were her happiest days. Rene Liu, a native of Hunan, was born in Taipei in June 1970. Although Rene Liu complained more than once that the media exposed her age, and she was very reluctant to talk about her family background, because she believed that her outstanding family background and her parents’ achievements had nothing to do with her acting career. Regarding the life of a young rich girl, Rene Liu said calmly: "Like all ordinary children, I have the care of my family and grow up in happiness and sweetness."


  It is understood that Rene Liu’s grandfather graduated from Whampoa Military Academy, his grandmother was a well-known lady, his father was an ocean-going captain, and after retiring, he founded a film and television company with his friends, and his mother was an overseas Chinese in Korea. Rene Liu’s family also has a sister, and the sisters have a harmonious relationship. When Rene Liu was two years old, her parents separated because of personality differences. At the age of three, Rene Liu had to live with her grandparents. Rene Liu said, "When I was a child, my grandparents could give me more than my parents did. Men like my grandfather have always been all my fantasies about men. " Rene Liu recalled, "At that time, there was an old adjutant in Grandpa’s family, who was subordinate to Grandpa’s father. The old adjutant took care of the Liu family for four generations without any regrets, and he had many excellent qualities, which still affected my growth." Rene Liu began to learn piano when he was 9 years old, so grandma spent almost most of her savings. Rene Liu’s future marriage life is to tutor children to play the piano while taking care of their own children! (Chen Huiru)


  

Editor: Li Dan

Q1 car new power battery supporting analysis

According to the data of the Power Battery Application Branch, in the first quarter of this year, the installed capacity of power batteries in the Chinese market was about 85.7GWh, an increase of 24.3% year-on-year. During the same period, ChinaAutomobile production was about 2.115 million, an increase of 28.1% year-on-year.

It is worth noting that in the first quarter of this year, new forces or new brands such as Li Auto, Wenjie, Ai’an, NIO, Zero Run, Deep Blue, Extreme Krypton, Landu, and Avita, with their rapidly growing production and sales, drove the installed capacity of power batteries to 23.9GWh, accounting for 27.9% of the total installed capacity.

Since the beginning of this year, several leading new forces have been deeply loved by consumers due to their improvement in vehicle intelligence and power performance, and continue to enjoy a strong sales trend. This is especially true as various automakers continue to increase their battery capacity in pure electric battery life and extended range battery life. It is expected that the installed capacity of new automakers will continue to rise rapidly this year.

Battery China has sorted out the production and battery supporting information of major new power automakers in the first quarter of this year for reference.

Li Auto:,Honeycomb Energy provides power battery matching

Among the new forces, Li Auto’s production and delivery are at the forefront of the industry, and its impact on power battery manufacturers is currently the greatest.

In the first quarter of this year, Li Auto battery suppliers mainly included three companies: Ningde Times, Xinwangda and Honeycomb Energy. Among them, Ningde Times is equipped with ideal L7/8/9 and ideal MEGA, with a total installed capacity of 4.2GWh, accounting for 93.6% of the ideal battery supplier system; Xinwangda and Honeycomb Energy are mainly equipped with ideal L7 models, with a total installed capacity of about 287.4MWh.

Ask the World: Ningde Times provides power battery matching

At present, Qinjie’s battery suppliers are still exclusively supplied by Ningde Era. In the first quarter of this year, Qinjie mainly sold three models, M5/7/9, which drove the installed capacity of Ningde Era’s power battery to 3.7GWh during the same period. At present, Qinjie’s highest sales volume is M7. In the first quarter of this year, only one M7 model drove the installed capacity of Ningde Era to 2.8GWh.

Ai An: Zhongchuang Xinhang,(Rights protection), Ningde era,Provide power battery matching

As a major brand of new energy in the GAC series, Aian New Energy has performed relatively strongly in recent years. In the first quarter of this year, the installed capacity of power batteries was about 3.5GWh, and the main battery suppliers were China Innovation Aviation (1.5GWh), Yiwei Lithium Energy (1GWh), Ningde Times (0.7GWh) and Funeng Technology (0.3GWh).

Although there is a certain gap between the output of Aian New Energy in the first quarter and the ideal, given that the latter two are mainly extended-range models, while Aian is currently mainly pure electric models, there is a gap between the electric capacity of extended-range models and pure electric vehicles. Therefore, there is not a big gap between Aian New Energy and the latter two in the contribution of battery installations in the first quarter.

Zero car: Honeycomb Energy, Zhongchuang Xinhang,, Zhengli New Energy, Ruipu Lanjun provide power battery matching

In view of the fact that Zero Run is also vigorously promoting its range-extended models, its total installed capacity in the first quarter was about 1.7GWh. At present, Zero Run car battery suppliers are relatively scattered, with 6 battery companies supporting in the first quarter. The most installed capacity is Honeycomb Energy (0.55GWh), Zhongchuang SIA (0.46GWh), and Guoxuan Hi-Tech (0.36GWh).

NIO: Ningde Times, Zhongchuang Xinhang, and Weilan New Energy provide power battery matching

NIO’s current models are also pure electric models, so its first quarter contribution of power battery installed capacity reached 2.9GWh. At present, NIO’s main battery supplier is Ningde Times, with 2.1GWh installed capacity in the first quarter, accounting for 71.7%; followed by China Innovation Aviation, with 679.6MWh installed capacity, accounting for 23.1%. In addition, Weilan New Energy also supported NIO with 152.4MWh power battery in the first quarter.

Deep Blue Car: Ningde Times and Zhongchuang Xinhang provide power battery matching

The current main models of Deep Blue Automobile are Deep Blue S7 and Deep Blue SL03. The installed capacity of the power battery in the first quarter was about 1.3GWh. Its models are also pure electric and range-extending. In terms of battery suppliers, the first quarter of Deep Blue Automobile was mainly powered by CATL and China Innovation Aviation.

XPeng Motors: Zhongchuang Xinhang, Yiwei Lithium Energy, Xinwangda, Ningde Times, Honeycomb Energy provide power battery matching

XPeng Motors currently has a variety of models such as X9, G9, G6, P7, P5, etc. In the first quarter, the MPV model X9 drove about 975.3MWh of power battery installed capacity, ranking first.

At present, XPeng Motors’ battery suppliers are more diverse, with Zhongchuang Xinhang and Yiwei Lithium Energy as its core battery suppliers. At the same time, Xinwangda, Ningde Times, and Honeycomb Energy are also available.

Extreme Krypton Automobile: Ningde Times, Xinwangda, and Extreme Electric New Energy provide power battery matching

Extreme Krypton Automobile produced more than 20,000 cars in the first quarter. The main models are Extreme Krypton 001, Extreme Krypton 007, Extreme Krypton 009 and Extreme Krypton X. The installed capacity of power batteries in the first quarter was about 1.9GWh. At present, its battery suppliers are mainly Ningde Times (1.3GWh), Xinwangda (269.1MWh) and Extreme Electric New Energy (241.2MWh).

Lantu Automobile: Ningde Times, Honeycomb Energy, Freddy Battery, Funeng Technology, etc. provide power battery matching

In the first quarter of this year, the output of Lantu cars is about 17,000 vehicles, the main models are Lantu Dreamer, Lantu Chasing Light and Lantu FREE, etc., driving the installed capacity of power batteries is about 595.9MWh, and the battery suppliers are Ningde Times, Honeycomb Energy, Freddy Battery, Funeng Technology, Samsung SDI.

Nezha Automobile: Yiwei Lithium Energy, Ningde Times, Guoxuan Hi-Tech, Honeycomb Energy, etc. provide power battery matching

Nezha Automobile produced about 10,000 vehicles in the Chinese market in the first quarter of this year, driving about 0.6GWh of power battery installed capacity. Supporting battery suppliers include Yiwei Lithium Energy, Ningde Times, Guoxuan Hi-Tech, Honeycomb Energy,And Zhengli New Energy. Among them, Yiwei Lithium Energy is its largest supplier, with an installed capacity of about 0.4GWh.

Since the beginning of this year, the price war among car companies has become more intense, and the sales of new forces have begun to gradually diverge. At the same time, at the end of the first quarter, Xiaomi Auto also officially joined the battle. I believe that there will be considerable fluctuations in the market ranking in the future, which will have an impact on the installed capacity and ranking of power battery suppliers. We will continue to track and observe.

A wave of blockbuster new cars is coming in December! Brand new Mercedes-Benz E-Class, BYD Song L… Which one is your favorite?

As the last month of 2023, although the large-scale auto exhibition in China has come to an end, it is a key sprint battle for car companies. In addition to promotional policies, there are many new cars worthy of attention that will be launched in December, so whether these new cars will realize consumers’ "car purchase dream", let’s play a game today.

Xingyue L Zhiqing, Xingrui L Zhiqing

Realize the model layout of fuel, oil mix and plug-in mix

Xingyue L Zhiqing has launched two models, the Galaxy Edition and the Tiangong Edition, and Xingrui L Zhiqing has launched three models, the Nebula Edition, the Galaxy Edition and the Tiangong Edition. The biggest highlight of these two models is undoubtedly the Chinese Star Intelligent Dual Engine System, which is a new hybrid member in addition to the Xingyue L self-fuel car model and plug-in hybrid model. It is also the first time that Xingrui L, the first model to use the CMA platform, has introduced a hybrid model.

The overall appearance of both cars is closer to the design of traditional fuel vehicles. The Xingyue L Smart Engine does not adopt the more inductive and bolder design of its plug-in hybrid model, but returns to tradition, using Geely’s classic straight waterfall air intake grille, and adds a circle of chrome decoration to the middle net, which is more mature and generous, consistent with the overall tough style of the body. Unlike the Xingyue L Smart Engine, its straight waterfall grille does not add a circle of chrome decoration, so it appears younger and more fashionable rather than mature and dignified, and the car’s performance of youthful dynamics is relatively easier.

(Xingyue L Zhiqing)

(Xingrui L Zhiqing)

In addition to some small changes in the appearance of the two cars, the power system of the two cars is the focus of the change. First of all, the power system of the two new cars is the same. One of the highlights of this power system is the dual motor layout of the P1 + P2 and the 1.5T four-cylinder engine. Previously, the plug-in hybrid model of Xingyue L was equipped with a 1.5T three-cylinder engine. For buyers who do not accept three-cylinder engines, Xingyue L Smart Engine can make people feel at ease. The engine adopts Miller cycle, with a maximum power of 120kW (163Ps), a peak torque of 255N · m, a total motor power of 100kW (136Ps), and a peak torque of 320N · m. The whole system matches the 3DHT gearbox, Xingyue L Zhiqing’s official 100-kilometer acceleration is 7.9S, WLTC’s comprehensive fuel consumption is 4.79L/100km, Xingrui L Zhiqing’s official 100-kilometer acceleration is 7.5S, and WLTC’s comprehensive fuel consumption is 4.22L/100km.

Secondly, to briefly talk about Geely’s intelligent engine system, first of all, the new 1.5T four-cylinder engine has a thermal efficiency of up to 44.26%. It uses the Miller cycle instead of the Atkinson cycle, achieving the world’s top level in terms of calorific value efficiency. The Miller cycle engine is better than the Atkinson cycle engine in terms of torque output and noise.

The core is the 3DHT electric drive with three mechanical gears. First of all, Geely has established a new production line for its special planetary gear design and high-demand materials and manufacturing processes. This 3DHT is actually equivalent to the effect of 4AT, mainly used at medium and high speeds, which can maximize the fuel economy at medium and high speeds. Compared with traditional hybrid models, the single-speed electric drive has a huge fuel consumption advantage.

Review:In the current environment where Chinese brands focus on plug-in hybrids, Geely launched a gasoline-electric hybrid model for two hot-selling models. For users without charging equipment, the fuel economy effect brought by the gasoline-electric hybrid is better than that of the same model with a large battery. For brands, it also completes the coverage of the power system.

Landmap Chasing Light PHEV will be launched on December 5

Won the "2023 China’s Top Ten Body" without listing

Lantu Chasing Light PHEV will be listed on December 5th? Pre-sale has started at the Guangzhou Auto Show in the early stage. The pre-sale price is 266,900 yuan, and the reference pure electric version price range is 32-29-38 5,900 yuan. Lantu Chasing Light PHEV is equipped with a plug-in hybrid system composed of 1.5T and dual motors, equipped with a 43 kWh battery pack, CLTC pure electric battery life is 262km, and the comprehensive cruising range is 1260km.

In terms of appearance, the main difference between the Landscape Chasing PHEV model and the pure electric version is reflected in the front face. Due to the addition of the engine, the new car adopts a conventional front grille design, and the interior adopts a similar dot matrix decoration to increase the sense of refinement. The chrome-plated Landscape LOGO and through-light strip are also preserved.

In terms of interior design, the Lantu Chasing PHEV continues the triple-screen layout design of pure electric models. In terms of configuration, it will be equipped with 12-way electric seat adjustment in the front row. The front and rear seats are equipped with massage, ventilation, and heating functions. The rear row is equipped with leg supports and electric backrest adjustment functions.

In terms of power, the Lantu Chasing PHEV model will be equipped with a plug-in hybrid system composed of a 1.5T engine and front and rear dual motors. The maximum power of the engine is 100 kW, and the maximum power of the front and rear drive motors is 130 kW and 160 kW respectively. The system’s comprehensive power is 390 kW, and the comprehensive torque is 790 Nm. The official 100-kilometer acceleration time is 5.9 seconds.

In terms of battery life, it will be equipped with a ternary lithium battery with a capacity of 43 kWh, with a pure electric cruising range of 262km under CLTC operating conditions. Under full oil and full power, the CLTC has a comprehensive cruising range of 1260km.

In addition, the new car is the only one in its class to use an all-aluminum chassis, and is equipped with a magic carpet function of CDC + air suspension, which can actively identify and scan road condition information, intelligently adjust the suspension damping, and take into account comfort and sportiness. What’s more worth mentioning is that in terms of safety, the unlisted Landu Chasing PHEV won the "2023 China Top Ten Body" award last week for its body-in-white.

Review:Lantu Chasing Light PHEV is the first plug-in hybrid model under the brand. The CLTC pure electric battery life of 262km can guarantee pure electric commuting after get off work 5 days a week. In addition, the overall product continues the high-quality and cost-effective route of Lantu FREE, which can have explosive potential in the 25-300,000 range.

Chery Discovery 06 Urban Edition will be available on October 6

The style of the front face has changed dramatically to meet the needs of different consumers

The new urban version of Chery Discovery 06 series has obvious changes in the front face of the previous model, and will be more inclined to urbanization. The models listed in the early stage focus on an off-road model.

(Exploration 06)

The biggest highlight of the urban version is that the front face is replaced with a large-size straight waterfall air intake grille, and the front lip position also uses the same color of the body + blackened decorative parts. In addition, the urban version model continues the split headlight group, and the front China net "CHERY" English word mark LOGO has been reduced compared to the current model.

The rear adjustment is concentrated on the lower bumper, and the new model style is more fashionable, with two exhaust sides. Other models on sale retain the through taillight design.

In the interior design part, the Discovery 06 Urban Edition model continues the interior design layout of the models on sale, such as a three-spoke flat-bottomed steering wheel, a 10.25-inch LCD instrument, and a 13.2-inch vertical layout central control screen. At the same time, the new car continues to use an electronic gear shift mechanism, and there is a 50W wireless charging in front of the gear handle.

In terms of some highlights, the Discovery 06 Metropolitan Edition features a Qualcomm Snapdragon 8155 chip, an active safety warning system, 360 panoramic images, full-speed domain adaptive cruise, an electric tailgate, 8-channel SONY audio, and 64-color ambient lights.

The Discovery 06 Urban Edition is expected to use the same power combination as the current model, 1.6T Kunpeng power + Getrake 7DCT wet dual clutch, with a maximum power of 145kw (197PS) and a peak torque of 290N · m.

Review:Do you think the off-road appearance is too personalized? Then the appearance of the urban version may wish to take a look. The large-size chrome-plated front nozzle has a good visual impact. If you can sell a mid-range price for the model on sale, I believe it is still very attractive.

The Pentium B70 will be available on December 8

Chinese brand evergreen sedan

It has been almost 17 years since the first-generation Pentium B70 was launched in 2006 and is now ready to usher in the launch of the fourth-generation model. The new car is equipped with a new design language to create a more concise and fashionable overall shape, followed by the continuation of the 2.0T + Aisin 6AT power system.

The new Pentium B70 adopts FAW Pentium’s new "Jin, Pure, Zhen" family design language, the front of the car is equipped with a borderless network design, the interior is equipped with a parallel banner-type trim, and the through-type LED light group above, the whole will have a horizontal widening visual effect, secondly, there are obvious lines on the hood, which looks young.

The side is equipped with a double waist line design, in which the upper waist line extends from the taillights to the front hood. The side posture is similar to that of a common family car. At the same time, the real model is equipped with multi-frame aluminum alloy wheels. In terms of body size, the new car is 4855mm long, 45mm more than the current model, and the wheelbase is 2800mm, positioning it as a medium-sized car.

In terms of interior design, the new Pentium B70 continues the current model’s dual-screen design and double-spoke flat-bottomed multi-function steering wheel. It is mainly optimized for the area under the center console, adjusting the position of the air-conditioning buttons, and the mechanical shift mechanism is adjusted to a dial-type shift mechanism, which looks more concise and advanced.

In terms of power, the new Pentium B70 will be equipped with a 2.0T engine with a maximum power of 224 horsepower, a transmission system matched with a 6-speed automatic transmission, a maximum speed of 230km/h, and a comprehensive fuel consumption of 7.1L/100km under NEDC conditions. In addition, the new Pentium B70 may also launch a 1.5T model with a maximum engine power of 169 horsepower and a transmission system matched with a 7-speed wet dual-clutch transmission.

Comments: The history of the Pentium B70 model has been 17 years, so this "veteran" can still have his own sky in the new energy environment, which may be achieved at a more cost-effective price.

The new generation of Mercedes-Benz E-Class long wheelbase will be available on December 14

Cockpit design depends on Mercedes-Benz

The replacement Mercedes-Benz C-Class and S-Class are on the market, so it’s time to go to the Mercedes-Benz E-Class. The new domestic Mercedes-Benz E-Class opened pre-sale at the Guangzhou Auto Show. The new car launched a total of 2 model configurations, and the pre-sale price range is 45-540,000 yuan. As a comparison, the price range of the current models on sale is 44.01-56 9,500 yuan, and the whole still maintains the same horizontal dimension.

In terms of appearance, the new Mercedes-Benz E-Class continues to adopt a dual-body design. In layman’s terms, it is the "big standard" sports version and the "vertical standard" luxury business version. The main differences in appearance are reflected in the details of the middle net, front and rear enclosure, wheel hub style, etc., to meet the aesthetic needs of different users. In terms of body size, the length, width and height of the new long wheelbase E-Class are 5092/1880/1493mm respectively, and the wheelbase is 3094mm.

In terms of interior, the new wheelbase version of the E-Class draws on the design of Mercedes-Benz EQS, using a three-screen center console layout called "MBUX Superscreen" by Mercedes-Benz. It consists of a 12.3-inch full LCD instrument panel, a 14.4-inch center display, and a 12.3-inch passenger entertainment screen. It is equipped with a three-spoke multi-function steering wheel in the style of "Dragonfly", which has surpassed the Mercedes-Benz S-Class in terms of luxury and technology.

In addition to the visual shock, the new car is also equipped with the third-generation MBUX intelligent human-machine interaction system, and is built with Qualcomm’s latest generation 8295 intelligent cockpit chip, which is also the first model in the luxury brand to carry this chip. It also upgrades the new "mind-reading voice assistant" function, which recognizes more accurately and responds more quickly. It supports full-scene wake-free, colloquial language and multi-command recognition, and can also control the vehicle through voice. On the road of intelligent transformation, Mercedes-Benz is going to demonstrate with a group of new car-making forces in China.

Secondly, in terms of driver assistance configuration, the new Mercedes-Benz E-Class is equipped with an L2 + level driver assistance system, which can cover high-speed and urban express sections, and has the ability to achieve high-speed point-to-point navigation assistance driving. It has functions such as automatic lane change, automatic away from the car, and automatic entry and exit ramp. In the field of high-end intelligent assisted driving, Mercedes-Benz is not far behind.

In terms of ride comfort, the new long-wheelbase E-class car has also made more than 10 upgrades for the Chinese market, including extended rear seat cushions, electrically adjustable rear seat leg supports, luxury rear headrests, rear seat neck heating, luxury rear center armrest, wood trim door panels, rear surround ambient lights, rear extended center console with ambient lights and wood trim, rear "boss button", rear wireless charging, side window electric sunshade and triangular window sunshade, electric adjustable rear seats, etc.

Finally, in the power system, the domestic long-axle version will be equipped with the M254 2.0T engine, which is divided into high and low power adjustment. The maximum power of the E 260L model is 204 horsepower; the maximum power of the E 300L model is 258 horsepower, and the transmission system is matched with a 9-speed automatic transmission.

Review:Judging from the pre-sale price in the previous period, the price of the new Mercedes-Benz E-Class is expected to be the same as the current model, but the improvement in all aspects is quite obvious. However, the competitors of the new Mercedes-Benz E-Class are not limited to traditional luxury brands. For example, Chinese brands can bring advantages such as higher cost performance, intelligence and electrification, so the new Mercedes-Benz E-Class faces a lot of market pressure.

BYD Song L will be available on December 15

BYD’s most beautiful SUV

BYD Song L is known as "BYD’s most beautiful SUV" in the community. This new car will target five categories of target groups, namely compact car upgrade purchase, oil-to-electricity upgrade purchase, Kochi elite, young family and exquisite girls. At the end of October, the pre-sale price has been launched. Currently, there are 5 models announced, providing rear-drive and four-wheel drive two drive forms, 3 battery life versions (550KM, 662KM, 602KM), and the pre-sale price range is 22-280,000 yuan.

Why can Song L be called "BYD’s most beautiful SUV"? After seeing the real car, you will feel that it is indeed confident. First of all, the new car is based on BYD’s e-platform 3.0 and adopts the design language of Dynasty Network’s new generation "Pioneer Longyan Aesthetics". The front face is designed with a simple and sporty design; the sharp headlights on both sides are integrated with the "dragon whiskers", which flow with light and shadow, highlighting the sense of high-end; the two "dragon teeth" next to the front bumper are the finishing touch of the front face shape.

The highlights of the crossover shape are vividly experienced on the side of the Song L body. Its body posture is very low, the waistline is upward, and it has a sense of strength, showing a momentum ready to go; the back shape of the C-pillar is in place, the contour line trend is relatively restrained, and the whole posture is just right; the new car is equipped with a five-pointed star spoke wheel hub, which is very aesthetic, with large-size wheels and brake calipers to highlight the sporty characteristics.

The rear shape of the Song L car is very layered. It adopts a through streamer end light design, integrates Chinese knot elements, and is also equipped with a rear wing and a high brake light to further highlight the sense of movement. Secondly, it is also equipped with borderless doors, active electric lift tail wings, active air intake grilles, floating spoilers and other sports configurations.

Song L’s interior design evolves the orderly interspersing of Chinese knots into a layered and staggered interior structure, extending from the main instrument panel to the auxiliary instruments, door panels, seat headrests, etc., giving Song L its unique oriental charm and avant-garde texture. The air conditioner in the middle of the instrument panel is trended below the central control screen.

Song L is equipped with BYD’s new generation of DiLink car system, and is equipped with AR-HUD head-up display, EC dimmable canopy, wide temperature range heat pump air conditioner and other configurations.

In terms of power, Song L provides two driving forms: rear drive and four-wheel drive. The rear drive version is divided into high and low power adjustment, with a maximum power of 204 horsepower and 313 horsepower respectively; the comprehensive power of the four-wheel drive version model system is 517 horsepower, and the 100-kilometer acceleration time is 4.3 seconds. Secondly, in terms of battery life, Song L provides two specifications of battery packs with a capacity of 71.808kWh and 87.04kWh. According to different model configurations, the pure electric cruising range of CLTC working conditions is 550 kilometers, 602 kilometers and 662 kilometers respectively. In addition, the new car adopts the independent suspension of the front double fork arm and the rear five-link, and is equipped with a Yunnian-C chassis system and an iTAC intelligent torque control system.

Review:The pre-sale price of BYD’s most beautiful SUV Song L is very attractive. First of all, the appearance of the whole car is online, which can definitely attract a large number of young users. Secondly, the internal technology configuration level is very high, and the seat texture in the car is full. In addition, it also has the strongest acceleration ability of 4.3 seconds to break 100, as well as the cloud chassis with comfort and control. Will its price be more surprising when it is officially listed?

The M9 will be available in December

The best SUV in 10 million

Called the best SUV in the 10 million by Yu Chengdong, the M9 is also very popular at the Guangzhou Auto Show. The M9 has been pre-sold before, and the extended range version is expected to sell for 50-600,000 yuan, and the pure electric version is expected to sell for 50-600,000 yuan.

The Qinjie M9 adopts the new design language of "Kunpeng Spreading Wings", highlighting the atmospheric luxury temperament. In terms of details, the new car adopts a closed front face shape, and the polygonal headlight group is connected by the central light strip. With the closed front grille, the whole car looks more refined through the cutting and simplifying modeling ideas. It is worth mentioning that the Qinjie M9 has Huawei xPixel smart lights, which can not only project various text, patterns and even animation effects, but also display a variety of patterns when the vehicle is still, enhancing the interaction between the car and people. In addition, the addition of narrow ladder air intakes also increases the visual layering and fashionable atmosphere of the vehicle. The air inlet shape of the pure electric version and the extended range version models is different.

(Extended Range Version)

(Pure electric version)

The M9 has a flatter roof line, resulting in better head space in the car. In addition, the windows are silver trim to create a more youthful visual effect. Careful observation can be found that the M9 uses a flat side window shape, which is more concise. The front and rear fenders slightly protrude from the body, which is full of muscle.

In addition, the addition of hidden door handles and a new style of low-drag wheels has also greatly optimized the drag coefficient of this car, making the drag coefficient of the whole vehicle reach 0.26cd. In terms of body size, the length, width and height of the new car are 5230/1999/1800mm, and the wheelbase is 3110mm. In terms of wheels, the car will provide 21-inch wheels.

The rear shape is more generous, and the rear of the car adopts a large number of horizontal design lines, which is conducive to improving the visual width of the rear. In addition, the car adopts a through taillight shape to visually create a sense of hierarchy of the car. With the chrome-plated rear lower guard, it brings some youthful effects.

In terms of interior, the new car adopts the current very popular triple screen layout and will integrate AR HUD function. In terms of details, the new car will incorporate wood grain trim panels in door panels and other places to create a stronger sense of class. In addition, the top of the new car’s center console is equipped with crystals carrying Xiaoyi’s smart assistant. Combined with the news we have received before, the new car will also integrate Hongmeng 4.0 cockpit, Huawei ADS high-end automatic driving assistance, rear Aurora projection, passenger queen seat, etc.

In terms of power, the M9 will be available in extended range and pure electric versions. Previously, the official has declared pure electric models, with drive motors rated at 62kW and 88kW, and peak power at 160kW and 230kW, respectively.

Review:In addition to the unannounced interior, that is, Huawei’s core cockpit and smart driving configuration, the so-called "best SUV in the 10 million" will face the market at what official price, because the current pre-sale price of 50-600,000 yuan can highlight the identity of its own brand flagship SUV, but whether it can grab the market share of luxury brands in the future, it is still necessary to inform through the official listing.

Star Era ES will be available in December

It made its debut at overseas auto shows

The Star Era ES not only made its debut at the Shanghai Auto Show, but also completed its overseas debut at the Geneva Auto Show. At the recent 2023 Guangzhou Auto Show, the Star Era ES officially opened pre-sale, and the pre-sale price 24.8-35 8,000 yuan. The new car is positioned as a medium and large pure electric car, with standard air suspension + CDC and a battery life of up to 650Km + kilometers. It is a high-end series model of the Star Era brand.

The front face of the Star Era ES is simple and atmospheric, equipped with a through-type LED light strip, and a wing-type light group is used below, and different decorative styles are provided. The side of the body adopts a slip-back shape, equipped with a hidden door handle. According to different models, 19-inch, 20-inch and 21-inch wheels are available. In terms of body size, the length, width and height of the new car are 4945mm/1978/1489 (1480, 1467mm) respectively, and the wheelbase is 3000mm, which is similar to the polar krypton 001 as a whole.

The tail adopts a flat through-type rear taillight group, and the lower and rear enclosures are also embellished with black decorative panels, which enhances the sense of movement and appears simple.

The interior of Xingtu Star Era ES adopts a wrapping design style, equipped with a large floating central control screen, a full LCD instrument panel and a double-spoke multi-function steering wheel, and adopts a shifting mode of wrapping. At the same time, the electric seat adjustment of the new car is designed at the door panel position, and two wireless charging boards for mobile phones are also designed under the central control screen.

In terms of power system, Starway Star Era ES offers single-motor version and dual-motor version models to choose from. The single-motor version is divided into high and low power adjustment, with a maximum power of 185 kW (252 horsepower) and 230 kW (313 horsepower) respectively. The dual-motor version has a combined power of 353 kW (480 horsepower), and the acceleration time of 100 kilometers will reach 3 seconds. Secondly, the new car is based on Chery Group’s new electric platform E0X, which supports an 800-volt voltage system. At the same time, it will also use Chery NP2.0 technology battery pack, with a maximum range of over 700 kilometers. At the same time, in fast charging mode, it can achieve a range of 150 kilometers in 5 minutes, and the power can be charged from 30% to 80% in 15 minutes. In addition, the new car will also be equipped with air suspension and a CDC continuous damping control system.

Review:As a high-end model in the high-end brand of Chery Group, the overall product power of Star Era ES is set according to the standards of luxury brands, and from the current pre-sale price, the later price will appear a little high. If the later listing can be adjusted, I believe it is also a model that everyone should not miss.