Sergey Buchin, one of the founders of INNOLITH AG, is an experienced manager and entrepreneur in the technology and financial fields. He believes that the current lithium-ion battery technology has been Reaching the development bottleneck, at the same time, high cost and dependence on some rare materials such as cobalt also limit its development. INNOLITH inorganic electrolyte technology has the characteristics of non-flammability, long life and ultra-high energy density. Current battery technology brings new development opportunities.
With the development of science and technology and the introduction of more global energy policies, the new energy market has ushered in the best era of rapid development. The birth of new energy began with the oil crisis in the 1970s, which forced people to search for and explore alternative energy sources. Metal lithium has made lithium batteries one of the alternative energy sources due to its high energy density.
In recent years, the lithium-ion battery industry has been a cross-industry among the three key industries of new energy, new energy vehicles and new materials. China has issued a series of supporting policies for the lithium-ion battery industry, which has directly driven the development of China's lithium-ion battery market. Rapid growth trend.
However, the problems of flammability, low thermal stability, low service life and low energy density caused by traditional organic electrolyte lithium batteries on the market have not been solved so far.
INNOLITH future battery technology platform
Based on the exploration of battery technology, the non-flammability and high conductivity of inorganic electrolytes attracted the attention of German researchers. In 2009, they broke through the technical difficulty of non-cyclable charge and discharge of inorganic electrolyte batteries and found a way to achieve ultra-long life. And it has a stable and recyclable inorganic electrolyte system, and the establishment of Swiss INNOLITH is based on the invention of this technology.
Sergey Buchin, one of the founders of INNOLITHAG, is an experienced manager and entrepreneur in the technology and financial fields. He believes that the current lithium-ion battery technology has reached a stage of development due to its flammability. Bottlenecks. At the same time, high cost and dependence on some rare materials such as cobalt also limit its development. INNOLITH inorganic electrolyte technology has the characteristics of non-flammability, long life, and ultra-high energy density, and is an ideal solution for current batteries. Technology brings new development opportunities.
INNOLITHAG was established in 2018. Its core technology is inorganic electrolyte, and it uses inorganic electrolyte technology as a platform to develop power batteries and energy batteries. The 2MW/MWhP1 lithium-ion power battery system it produces has been in the United States since August 2017. PJM Network provides frequency modulation services and has been operating in excellent condition since it was put into operation two years ago. The system can operate in harsh application conditions for 15 to 20 years without battery replacement, providing customers with the most economical battery cost. After five years of continuous review and testing, this battery has been confirmed to have more than 50,000 charge and discharge cycles (2C/2C, 0-100%)!
In addition, INNOLITH has recently successfully developed the P2 ultra-high energy density lithium battery, which can store more than 5000mAh/g of reversible energy during the test, which is 25 times that of the best traditional lithium electronic battery. At the same time, the energy density of P2's battery core reaches 1000Wh/kg, and the most important thing is that it is safe and non-flammable. It is worth mentioning that the long-term target cost of P2 ultra-high energy density lithium batteries is only $50/kWh, which is lower than the lowest cost achieved by traditional lithium batteries. This enables the battery technology to be widely used in electric vehicles, large mobile devices and large energy storage systems in terms of both technical and economic benefits.
INNOLITH officially enters the Chinese market
INNOLITHAG is headquartered in Basel, Switzerland, and has a technology R&D center in Bruchsal, Baden-Württemberg, Germany. As a pioneer in inorganic battery technology platforms, INNOLITH has a comprehensive range of products, including high-power, long-cycle life safety batteries, and has applied for more than 200 patents in different countries around the world.
In addition to grid energy storage power stations, the application of battery technology in electric vehicles is also the main direction of INNOLITH's future technology research and development. As the requirements for energy conservation and emission reduction continue to increase, the electric vehicle market will face substantial growth in the future, and the market will have increasingly higher requirements for batteries in terms of technology, economy and safety. China's electric vehicle industry also leads the world. In order to keep up with the market development trend, INNOLITH entered the Chinese market in 2019 and officially established a branch in Beijing - INNOLITH Battery Technology (Beijing) Co., Ltd. Lin Chao, who has more than 30 years of marketing management experience in the power industry, was appointed as the general manager of Innolith Battery Technology (Beijing) Co., Ltd. Prior to this, Lin Chao worked for General Electric Company in the United States for fourteen years and held various positions. Business Group General Manager for Asia Pacific and Greater China. After joining INNOLITH, she will be responsible for INNOLITH's business development in China.
In the future, INNOLITH will continue to seek new breakthroughs in battery technology research and development, further optimize the existing technology platform, and surpass the theoretical performance limits of traditional batteries. INNOLITH looks forward to cooperating with more relevant Chinese companies to jointly promote the innovation and development of China's new energy industry.
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