• Thermal simulation for optimized flow channel design
• With a temperature difference of less than 2℃, the battery cells are stable and reliable.
• Metal casing provides thermal insulation and prevents thermal diffusion at 1000℃.
• Thermal barrier between cells to achieve zero heat diffusion
• High safety, perfectly passes UL 9540A
• Meticulous fire protection design, fire suppression within the enclosure
• IP67 high security protection level
• It has complete IEC, UL, CB, and UN certifications, and is recognized worldwide.
• Matching containerized and cabinet-type energy storage

• Thermal simulation for optimized flow channel design
• With a temperature difference of less than 2℃, the battery cell is stable and reliable.
• Metal casing provides thermal insulation and prevents thermal diffusion at 1000℃.
• Thermal barrier between cells to achieve zero heat diffusion
• High safety, perfectly passes UL9540A
• Meticulous fire protection design, fire suppression within the enclosure
• IP67 high security protection level
• Matching containerized and cabinet-type energy storage

• Modular design, easy to expand
• High safety, thermal runaway does not spread
• Battery pack level fire suppression
• Temperature difference
• Wide temperature range design, operates normally from -20°C to 60°C

• Modular design, easy to expand
• High safety, thermal runaway does not spread
• Battery pack level fire suppression
• With a temperature difference of less than 2℃, the battery cell operates at a suitable temperature, resulting in 20% longer cycle life compared to air-cooled cells.
• Wide temperature range design, can operate normally from -40 to 60℃
• IP67 protection rating, resistant to condensation.

Power Scenarios:

• In scenarios such as wind power and photovoltaic power generation, energy storage can be used to achieve energy storage utilization and supply-demand balance.
• Areas with independent transformers and large local peak-valley price differences
• Large industrial two-part electricity consumption, load cancellation in areas with large intraday fluctuations

Product advantages:

High safety: Battery cells, battery packs, and battery clusters have passed the world's most stringent UL9540A standard.

High energy efficiency: Single-cluster DC charge/discharge energy efficiency >95%

Long lifespan: 15-year design lifespan under standard operating conditions; intelligent thermal management design.

Battery life increased by 30%.

High returns: High energy density, high integration, and high returns over the entire life cycle.

Easy to configure: Highly integrated design, easy to expand and install; supports third-party SCADA systems.

Access and EMS cloud dispatch

Power Scenarios:

• In scenarios such as wind power and photovoltaic power generation, energy storage can be used to achieve energy storage utilization and supply-demand balance.
• Areas with independent transformers and large local peak-valley price differences
• Large industrial two-part electricity consumption, load cancellation in areas with large intraday fluctuations

Product advantages:

High safety: Certified by global standards including UL9540, UL9540A, UL1973, and NFPA855.

Safety standards for energy storage systems, such as NFPA68, NFPA69, and NFPA72;

High energy efficiency: Cell energy efficiency level ≥96%; High energy efficiency system, DC-side RTE

                  96%@0.25p，95%@0.5p

Easy to install/configure: Highly integrated, with a unified 20-foot container exterior design.

High protection: Overall - IP55; Battery Pack - IP67; High Voltage Box - IP54; Electrical Compartment - IPX5

Low cost/high return: Energy density increased by 50%, improving overall lifecycle benefits.