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Pure lithium iron phosphate system Safety, Long cycle life, and High capacity
The research of basic materials is the cornerstone of lithium battery
design and development. We use the orthopedic nano -class iron phosphate+negative hard carbon graphite
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-LiLiFePO4Nanoscale LiFePO4
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-CGraphiteSmall particle graphite
Equipped with high -precision material analysis characteristics, fully automatic precision battery cell research and development equipment, and comprehensive battery performance and safety measurement analysis equipment to ensure the safety and reliability of the final product.
Support 10C discharge at -50~60℃, 3C high rate charging above 0 ℃
Support 5C discharge at -50~60℃, Direct charge below 0℃, No need for heating
Support 3C discharge at -50~60℃, -50 ℃ discharge efficiency>90%
Higher energy density, More practical energy storage market,Military quality, Civilian price
Support 10C discharge at -50~60℃, 3C high rate charging above 0 ℃
Support 5C discharge at -50~60℃, Direct charge below 0℃, No need for heating
Support 3C discharge at -50~60℃, -50 ℃ discharge efficiency>90%
Higher energy density, More practical energy storage market,Military quality, Civilian price
Support 10C discharge at -50~60℃, 3C high rate charging above 0 ℃
Support 5C discharge at -50~60℃, Direct charge below 0℃, No need for heating
Support 3C discharge at -50~60℃, -50 ℃ discharge efficiency>90%
Higher energy density, More practical energy storage market,Military quality, Civilian price