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Пол: женский
Возраст: 66
Город: Березино
Страна: Беларусь


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PPG and SiNode System Cooperate Battery Anode Material

 

PPG announced on November 16, 2017 that it has accelerated with the U.S. company SiNode system to promote high-energy anode materials that can be used in advanced battery applications for electric vehicles.
The partnership will last 30 months, enabling Dacoz.com both parties to rapidly develop and validate the performance of the anode material. Compared to the traditional lithium-ion battery materials, its energy storage performance is even better, to extend the battery life mileage while reducing battery weight.
In 2016, SiNode won the competition from several competitors and obtained the contract from the United States Advanced Battery Consortium LLC (USABC) through the US Department of Energy, which invested 50% of the project Funds, with the remaining 50% raised by PPG and SiNode themselves.
The project will focus on improving the stability and scalability of SiNode anode materials to meet or exceed the USABC requirements for battery-powered energy storage materials. Raymor Industries will supply PPG with a graphene material that is a nanoscale honeycomb planar film formed from sp2 hybridized carbon atoms. In addition, PPG will not only provide anode materials for SiNode, but will also help Raymor and SiNode enhance their manufacturing processes to achieve mass production to support the project.

PPG announced on November 16, 2017 that it has accelerated with the U.S. company SiNode system to promote high-energy anode materials that can be used in advanced battery applications for electric vehicles. The partnership will last 30 months, enabling both parties to rapidly develop and validate the performance of the anode material. Compared to the traditional lithium-ion battery materials, its energy storage performance is even better, to extend the battery life mileage while reducing battery weight.In 2016, SiNode won the competition from several competitors and obtained the contract from the United States Advanced Battery Consortium LLC (USABC) through the US Department of Energy, which invested 50% of the project Funds, with the remaining 50% raised by PPG and SiNode themselves.The project will focus on improving the stability and scalability of SiNode anode materials to meet or exceed the USABC requirements for battery-powered energy storage materials. Raymor Industries will supply PPG with a graphene material that is a nanoscale honeycomb planar film formed from sp2 hybridized carbon atoms. In addition, PPG will not only provide anode materials for SiNode, but will also help Raymor and SiNode enhance their manufacturing processes to achieve mass production to support the project.

17 ноября 2017 15:18

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