Latest Technologies and Products

Descriptions (Cathode/Electrolyte/Anode): Carbon+catalyst+air/PFSA-PEM/Carbon+catalyst+H2, Main Features: H2 FC with metal bipolar-plates, small-sized and lighter-weighted. Working temp. -30℃-60℃, power density 7KW/L,  For long duration ESS. No need recharge Applications: Outdoor, cold weather, island and regions without electricity, low-speed EV , long duration ESS, Drones.

Descriptions (Cathode/Electrolyte/Anode): O3/NFPP/NFS/PBA/liquid/HC. Main Features: Safe and raw material is abundant & easy accessible.  high rates &  low temperature performance, cost stable. Much safe than LIB counterparts. charge at -30℃, discharge at -40℃ Applications: Starting for trucks, motorcycle, low-speed vehicles, outdoor cold weather, military, IDC, safety-critical scenarios

Descriptions (Cathode/Electrolyte/Anode): Cells of LFP and NFPP/PBA integrated and packed in one system Main Features: Combined advantages of SIBs & LIBs to optimize the rate capability and  low temperature performance of hybrid systems. charge at -30℃, discharge at -40℃ Applications: For cold area & outdoor uses such as EV, engineering vehicles, heavy-duty truck starting, etc

Descriptions (Cathode/Electrolyte/Anode): NCM or LFP/Mixture of polymer & functional/Graphite or HC.  Nominal Voltage NCM 3.6V/cell, LFP 3.2V/cell, working voltage: NCM 2.8-4.2V/cell, LFP 2.5-3.6V Main Features: Special active material and electrolyte chemistries  to improve the performance in cold and/or hot environments; charge at -30℃-+60℃, discharge at -50℃; 80% capacity  at -40℃ Applications: Polar region, extreme environments,

Descriptions (Cathode/Electrolyte/Anode): NCM (811)/Mixture of polymer & liquid/SiC composite. Nominal Voltage 3.7V/cell, working voltage: 2.8-4.2V/cell Main Features: The transitional & compromising solution of solid-state LIBs, which SE are highest available now, high rate discharge capability, safe Applications: Drone, humanoid robot, AGV, and application scenarios where space or weight is limited.