The new standard places more emphasis on system energy density, which Fang Jianhua believes will indirectly encourage companies to choose large batteries and soft packaging technology, which will have an impact on the company's technology roadmap. In order to meet the re...

The unconventional rise of new energy buses and the increasing coverage of new energy vehicle subsidy scams in the media ultimately led relevant departments to initiate subsidy verification in 2016. At the same time, the expectation of further adjustment of new energy subsidy standards shroude...

Subsidy policy changes reshape industry landscape The development of the domestic new energy industry has always been closely related to changes in subsidy policies. The beginning of the domestic new energy vehicle industry began in 2009 with the Ten Citie...

BYD's own business is an integrated route, including all the industrial chain links of upstream ore, battery raw materials, PACK, battery cells, and downstream vehicles. Guoxuan High tech has now achieved full self supply of upstream lithium iron phosphate cathode materi...

Its development trend will not be achieved through mergers and acquisitions. Wang Yong analyzed to Caijing reporters that there are differences in the technical level between second and third tier companies and first tier companies, and they are not high-quality assets. Therefore, even during...

The adjustment of subsidy policies is having an impact on the entire industrial chain. The price competition is becoming increasingly fierce, and the technical indicators proposed by subsidies have put forward hard indicators for energy density and battery cost. Under multiple factors, the com...

In 2017, many people in the power lithium battery industry saw it as a year of industry reshuffle. Under government subsidies, the domestic new energy vehicle industry has experienced explosive growth in recent years, becoming the world's largest new energy vehicle marke...

LeydenJar Technology currently has two goals: first, to develop a prototype of a bag battery with a target energy density of 1.200Wh/l or 480Wh/kg, and second, to use faster PECVD tools to demonstrate semi commercial production rates. Pure silicon anode technology is increas...

Recently, LeydenJar, a subsidiary of the Dutch Energy Research Center (ECN), has produced a prototype of a bag type lithium battery using pure silicon anode technology. ECN stated that this technology can increase the storage capacity of rechargeable lithium batteries by 50%....

A team of researchers from the California Institute of Technology (Caltech) and the Karlsruhe Institute of Technology (KIT) in Germany took inspiration from the special structure of a black butterfly wing to develop 3D printed solar panels that absorb light energy more efficiently. This gift f...