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Chilwee focuses on two development paths, namely power and energy storage. Starting from new technologies, new materials and new products, it has a global layout. A large number of high-quality scientific and technological innovation products, such as magnesium-ion batteries, fluoride-ion batteries, and fuel cells, are accelerating their industrialization and market application.

Hydrogen fuel cell

Hydrogen fuel cell

Chilwee's hydrogen fuel cell is a power generation device that uses hydrogen as fuel and directly converts the chemical energy in the fuel into electrical energy through an electrochemical reaction, providing power for new energy vehicles. The product has the advantages of high energy conversion efficiency, zero emissions, and no noise. It is an important scientific research measure taken by Chilwee to respond to the development of energy innovation and achieve the goals of carbon peak and carbon neutrality.

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Chongqing Chilwee Magnesium Energy Storage Research Institute Co., Ltd. was established by Chilwee and Pan Fusheng Academician team of Chongqing University. Is currently the world's largest magnesium battery research team, in the research and development of related technologies, in the world's leading position. In 2022, the team's "magnesium ion battery" won the only "Future Technology Award" in the global magnesium industry.
The company is engaged in research and development of key materials and devices for high-performance magnesium ion batteries, small-scale trial  production and pilot tests of key materials and devices, and gradually demonstration applications in low-speed electric vehicles, distributed energy storage and large-scale energy storage. Jointly promote the industrialization of magnesium ion batteries through innovative research and development,  and empower the implementation of the national "double carbon" strategic goal. Magnesium alloy is the lightest metal structural material, which has good effect of energy saving and emission reduction. Magnesium based hydrogen storage materials have the advantages of abundant resources, high hydrogen storage capacity, controllable hydrogen absorption and emission, and green environmental protection, and are highly likely to become a disruptor in the hydrogen energy industry. The project will also gradually cooperate with Academician Pan Fusheng's team in magnesium alloy and magnesium-based hydrogen storage materials.

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