Huineng Technology CEO Yang Sisheng: Huineng Solid State Battery Leads Toyota for 3-5 years

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 Huineng Technology CEO Yang Sisheng: Huineng Solid State Battery Leads Toyota for 3-5 years


With the development of new energy vehicles, solid-state batteries have attracted more and more attention. Some people even believe that solid-state batteries will be a big killer for new energy vehicles to kill traditional cars. The future development of solid-state batteries can be seen. Huineng Technology is the first enterprise in the world to realize commercial production of solid-state lithium batteries. Huineng Technologys solid-state batteries are 3-5 years ahead of Toyota and 5-10 years ahead of other competitors, said Yang Sisheng, CEO of Huineng Technology.

It is understood that according to the plan of Huineng Science and Technology, the financing of US$150 million will be completed by the end of 2018, and the expansion of its 1GWh solid-state lithium battery coil production line will be completed by the end of 2019.

Solid state batteries: Huineng leads the market for 3-5 years

Based on the advantages of safety and energy density, solid-state batteries have become the only way to develop lithium batteries in the future, which has become the consensus of the industry. But as far as solid-state batteries are concerned, they can also be divided into several technical schools: thin films, solid-state polymers, oxides and sulfides.

Thin film battery technology has been developed by European and American start-ups since 1997. However, due to the high cost of the semiconductor structure, it is difficult to apply and popularize, so although it has developed for more than 20 years, it has been unable to produce in large quantities, leading to the gradual withdrawal of thin film battery start-ups in recent years. However, solid polymer technology has not made a breakthrough because of the unsatisfactory conductivity at room temperature and the unsatisfactory stability at high temperature.

Asian solid-state battery factories are more focused on oxide and sulphide technology. Sulfide technology has the advantage of high conductivity. However, because of the poor chemical stability of sulphur, toxic hydrogen sulfide (H2S) will be produced when water vapor encounters, which makes the research and production of materials extremely difficult. Toyota is the representative company and is still in solid state. Research and development stage of battery basic technology.

As a representative of the oxide system, Huineng technology relies on lithium ceramic batteries to solve the core problems of the safety and performance of solid-state batteries. Since 2013, three kinds of solid-state lithium battery products, FLCB, PLCB and BLCB, have been introduced one after another, and their commercial production has been realized in turn. By the end of November, Huineng Technology had 100% exclusive patents worldwide, 129 patent certificates and 83 applications, including China, the United States, the European Union, the United Kingdom, Japan and South Korea.

Huineng Technologies CEO Yang Sisheng said that Huineng was 3-5 years ahead of Toyota and 5-10 years ahead of other competitors. In terms of production schedule, this year (2018) we will be able to achieve Toyotas goal of producing 450 Wh/L batteries in 2022, four years ahead of the other side; in terms of energy density, Huineng will achieve Toyotas target of 800 Wh/L batteries in 2030 and 600 Wh/L batteries packs in 2022, that is to say, to achieve the so-called 750 kilometers of running in one charge. Cheng, eight years ahead of the other side. Yang Sinan said.

Why can Huineng Technology lead Toyota? Yang Sisheng believes that Toyota did develop very early, but because of the high difficulty of sulfide technology route, Toyota has been doing basic research, failed to spend too much time on the product and production side, and Huineng technology in addition to technical research, also carried out research on products and process, equipment. So Huineng Technology completed its mass production earlier.

Huinengs products initially covered wearable and Internet of Things applications. For example, in 2013, Huineng Technologies and HTC jointly developed an official accessory that does not require additional charging lines: power expansion leather case. Since 2016, with Bluetooth Card and Fingerprint Identification function, we have cooperated with Kinko International to capture the fingerprint identification card project of Bank of Korea, enter the Internet of Things market and high-end smart card market, and then enter the industrial application field.

Break into New Energy Vehicles

With the upgrading of battery technology and production scale, Huineng Technology has stepped into the new energy vehicle market with higher requirements for battery capacity and electricity.

It is understood that Huineng Technology has sent samples to major automobile factories around the world since 2016, which has won praise and cooperation opportunities from automobile manufacturers. Among them, China and European automobile companies have made the fastest progress in negotiating with each other. A top German car manufacturer commented: The test results and commercialization progress of the glow battery are very exciting. We hope to launch a prototype of the glow solid-state battery in 2019.

In addition, in the field of new energy vehicles, Huineng Technology will transfer or authorize the patented battery technology by using ARM-like and Qualcomm-like methods. Lithium battery manufacturers and automobile factories will have the opportunity to obtain authorized cooperation to shorten the industrial research and development of solid-state batteries. It is expected that solid-state battery technology will be popularized in two or three years.

It is understood that Huineng has completed the G1 plant in Taoyuan City, Taiwan, in 2013. It is the first production line in the world to realize the production of solid-state lithium battery rolls. In addition, on November 7, 2018, it started construction of G2 plant in Taoyuan City, Taiwan. It is estimated that it will be completed by the end of 2019 and put into operation by 2020. It plans to produce 1GWh/year. The total production capacity of glow solid-state batteries will reach 1.5~2GWh. With its leading technology, Huineng Technologies continues to attract attention from the capital market. Since 2012, Hui has been able to obtain multiple rounds of investment from Softbanks Chinese capital. Xue Cunhe, Softbanks China Capital Management Partner, said: In recent years, we have witnessed the rapid development of Huineng Technology. We particularly look forward to his innovative technology and business model in the field of solid-state batteries, which can lead the revolution of the world battery industry. Source: Responsible Editor of Netease Science and Technology Report: Qiao Junyi_NBJ11279

It is understood that Huineng has completed the G1 plant in Taoyuan City, Taiwan, in 2013. It is the first production line in the world to realize the production of solid-state lithium battery rolls. In addition, on November 7, 2018, it started construction of G2 plant in Taoyuan City, Taiwan. It is estimated that it will be completed by the end of 2019 and put into operation by 2020. It plans to produce 1GWh/year. The total production capacity of glow solid-state batteries will reach 1.5~2GWh.

With its leading technology, Huineng Technologies continues to attract attention from the capital market. Since 2012, Hui has been able to obtain multiple rounds of investment from Softbanks Chinese capital. Xue Cunhe, Softbanks China Capital Management Partner, said: In recent years, we have witnessed the rapid development of Huineng Technology. We particularly look forward to his innovative technology and business model in the field of solid-state batteries, which can lead the revolution of the world battery industry.