Recently, Zhongguancun Chuanglan Clean Air Industry Alliance released the "2030 Clean Air Market Outlook Report"(hereinafter referred to as the "Report") in Beijing The report predicts that by 2030, China's annual sales of new energy passenger vehicles will exceed 13 million vehicles; In terms of passenger cars, new energy large and medium passenger cars will become the main force for passenger car sales.

When it comes to energy storage, it is easy to think of batteries, but the existing battery technology is difficult to meet the requirements of grid-level energy storage In fact, the market for energy storage is huge, with $122 billion expected to be spent on global energy storage projects between 2011 and 2021, according to market research firm PikeResearch.

On December 22, 2017, Zhejiang Youfu High-tech Fiber Co, Ltd.

Guhuinan also revealed that guangqi new energy is developing batteries, in the future will also produce their own batteries and production in the new industrial park Guhuinan said guangqi new energy will not do all things, to join partners around the cost down.

The domestic rate of lithium-electric materials is generally high, but the domestic high-end waterborne binders as auxiliary materials are almost blank, which makes people think deeplyThe function of the binder is to adhere to the positive and negative electrode material and the conductive agent firmly to the metal-collecting fluid to form a positive and negative polar plate of the battery.

There are four types in daily life: 1 Disposable dry battery (alkaline zinc-manganese battery) 2.

Advantages of lithium iron phosphate battery 1 The lithium iron phosphate battery has a long service life and a cycle life of more than 2000 times.

In 2017, NCM111 and NCM523 occupied the mainstream status of ternary materials, and gradually transitioned to NCM622 However, this year, under various comprehensive considerations, power battery applications have the tendency to skip NCM 622 and adopt NCM811 directly.

The latest news shows that the first coating production line of Hunan Shuopu New Material Co, Ltd.

The existing CVD technology forms many wrinkles during the growth of graphene, which greatly reduces the thermal conductivity and electrical conductivity of the graphene material, thereby impairing the performance of the graphene electronic device Recently, Zhongfan Liu and Hailin Peng from the Nanochemistry Center of Peking University have developed a new technology that can produce high-quality graphene through well-designed substrates without the troublesome folds often formed during conventional growth.