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Lithium rich manganese cathode material xLi2MnO3˙ (1-x) LiMO2 (M=Ni, Co, M) has the characteristics of high specific capacity (>250mAh/g), high working voltage, low cost, environmental friendliness, etc. It has attracted the attention of researchers in recent years and is considered as a strong competitor of the next generation of lithium ion battery cathode materials. The rapid development of mobile electronic equipment and electric vehicle industry has promoted the vigorous development of lithium-ion batter

Supported by the general program of the National Natural Science Foundation of China, the Young Talents Promotion Program of the Chinese Association for Science and Technology and the Science and Technology Innovation Program of Beijing University of Technology, the research team of Huang Jiaqi, a special researcher of the Institute of Frontier and Cross cutting Sciences of Beijing University of Technology, has made new progress in the research of high safety lithium metal anode in the next generation of high energ

With the rising awareness of environmental protection, the tide of electric vehicles is surging. At the same time, with the rise of the concept of personal aircraft, electric aircraft has become one of the research goals of the technology industry. In the United States today, more than 12 start-ups are developing aircraft that use batteries or hybrid power. Some of them even think that in the next 10 years, we will be able to enjoy the wonderful air travel with zero emissions. The new aircrafts that these compan

At the 18th National Congress of the Communist Party of China (CPC), it was clearly proposed to vigorously promote the construction of ecological civilization and incorporate it into the "five in one" overall layout of socialism with Chinese characteristics. The CPC Liaoning Provincial Committee and the provincial government have implemented the idea of ecological civilization, deeply implemented the project of "blue sky, clear water, pure land, green mountains and rural environmental protection"

Recently, an explosive news triggered a circle of friends. Weichai Power, a Chinese diesel engine giant, reached a strategic cooperation agreement with Ballard Corporation in the neighborhood of fuel powered lithium battery vehicles. Weichai invested 163 million dollars (equivalent to 1.112 billion yuan) to acquire 19.9% of Ballard's shares at a 30 day weighted average price premium of 15%, becoming the largest shareholder, accounting for 2 of the 9 seats on the board of directors.(Lithium - Ion Battery Equipme

Now all countries are making great efforts to develop fuel powered lithium battery passenger vehicles, and domestic experts have called for strengthening the support of fuel powered lithium batteries,. So, where is the breakthrough point of China's fuel powered lithium battery vehicles? The following is the content about the breakthrough of China's fuel powered lithium battery vehicles brought by Xiao Bian. I hope you can get something! Fuel powered lithium battery vehicles in Europe, America and other c

This week, the industry held two forums related to new energy vehicles. On June 27, the "2018 China (Qinghai) Lithium Industry and Power Lithium Ion Battery International Summit Forum" was held in Qinghai, and the next day, the "Hydrogen Energy Industry Development and Innovation Forum" was held in Beijing. Both forums focused on the power source of new energy vehicles in the future. Whether it is power lithium ion battery or hydrogen fuel power lithium battery, it has the opportunity to become

Researchers at the University of British Columbia have found a new, inexpensive way to turn sunlight into energy using solar cells made from bacteria. The current generated by the solar cell they built is stronger than any similar device recorded before, and it is equally effective in both strong and weak light environments. This revolutionary new solar technology can be further extended to more places, such as British Columbia and parts of northern Europe where it is often cloudy. After further development and

On May 3, it was learned from the Ministry of Science and Technology that recently, a scientific research achievement of Hefei University of Technology adopted a novel soft chemical synthesis method, proposed an advanced material preparation process, achieved a breakthrough in the performance of lithium ion batteries through the research on electrode materials, and provided more optimized options for application projects such as electric vehicles and power grid storage. Relevant research achievements were published