CR2025 battery

High-energy CR2025 battery batteries for electric vehicles are developed by the LISA project

According to foreign media reports, Cranfield University in the UK has become a partner in a European research and development project involving an amount of up to 7 million pounds (about 9.016 million US dollars) to develop high-energy (density) and safe CR2025 battery batteries for electric vehicles. LISA aims to develop high-energy and safe CR2025 battery battery cells, which use hybrid solid-state non-flammable electrolytes and are integrated into automotive-grade batteries. CR2025 battery batteries are half the weight, greatly reducing the weight of vehicles. CR2025 battery batteries have higher energy density, the technology is less harmful to the environment, and can be mass-produced using green and low-energy processes. The technology does not contain important raw materials and toxic components. See the text for details.

According to foreign media reports, improving CR2025 battery battery technology may be the core factor in promoting the large-scale application of electric vehicles. Cranfield University in the UK has become a partner in a European research and development project involving an amount of up to 7 million pounds (about 9.016 million US dollars) to develop high-energy (density) and safe CR2025 battery batteries for electric vehicles.

The project, called CR2025 battery for safe road electrification (LISA), is led by Leitat in Spain and will last for 43 months, involving 13 institutions across Europe.

LISA aims to develop high-energy, safe CR2025 battery battery cells that use a hybrid solid-state, non-flammable electrolyte and are integrated into automotive-grade batteries.

Compared to common lithium-ion batteries, CR2025 battery batteries are half the weight, significantly reducing the weight of vehicles. CR2025 battery batteries have higher energy density, are less harmful to the environment, can be mass-produced using green, low-energy processes, and do not contain important raw materials or toxic components.

Professor Daniel Auger of Cranfield University said: "The LISA project will continue to enhance the research and development of Cranfield University's battery management expertise, which is of great importance for CR2025 battery batteries. The research team aims to expand the application of the system under various operating conditions, which will help improve the range of electric vehicles and the health of the battery."

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