NCM Battery Module
NCM (Nickel Cobalt Manganese) battery modules are state-of-the-art lithium-ion energy storage systems widely adopted in electric vehicles and renewable energy applications. Engineered with a optimal blend of nickel, cobalt, and manganese, these modules deliver high energy density, enhanced stability, and improved thermal performance.
Featuring robust construction with multiple interconnected cells, NCM battery modules harness the distinct properties of their core materials to achieve superior power output, extended runtime, and exceptional cycling life. Rigorous safety measures are integral to their design, ensuring reliable and risk-mitigated operation in demanding use cases.
As a leading technology driving the progress of sustainable transportation and grid-scale energy storage, NCM battery modules continue to evolve, further enabling the transition to a greener future.
Product Basic Information
| Project | Parameter | |
| Module Mode | 3P4S | 2P6S |
| Module Size | 355*151*108.5mm | |
| Module Weight | 111.6±0.25 kg | |
| Module Rated Voltage | 14.64V | 21.96V |
| Module Rated Capacity | 150Ah | 100Ah |
| Module Total Energy | 21.96KWH | |
| Mass energy density | ~190 Wh/kg | |
| Volume energy density | ~375 Wh/L | |
| Recommend SOC Use Range | 5%~97% | |
| Working Temperature Range | Discharging：-30℃~55℃
Charging：-20℃~55℃ |
|
| Storage Temperature Range | -30℃~60℃ | |
Size Diagram
Product Advantage
Versatile, High-Density NCM Battery Modules
Compliant with VDA standard size for wide applicability
Mass-specific energy of 190 Wh/kg, meeting high energy density requirements
Operable in low temperatures down to -20°C, demonstrating thermal adaptability
50% SOC capable of 7 kW peak discharge power for ample performance
Efficient charging, reaching 80% capacity in just 45 minutes from empty
Thermally Efficient, Long-Lasting NCM Battery Modules
60W heating power and 0.4mm bottom flatness enable effective thermal management.
90% capacity retention after 500 cycles, meeting 8-year/150,000km private car warranty.
80% capacity retention after 1,000 cycles, meeting 5-year/300,000km commercial vehicle warranty.
Product series available to meet diverse application requirements.
Product Parameters
Module Electrical Performance, Mechanical and Safety Performance
| Project | Parameter | ||
| Module Mode | 3P4S | 2P6S | |
| Normal Temperature Cycle Life | 92%DOD fast charging strategy charge/1C dischargeCapacity retention rate ≥90% after 500 cyclesCapacity retention rate ≥80% after 1000 cycles | ||
| Fast Charging Capability | room temperature, 40℃5%-80% SOC charging time ≤45min30%-80% SOC charging time ≤30min | ||
| 1C Discharge Capacity | 40℃ discharge capacity ≥100% rated0℃ discharge capacity ≥93% rated-20℃ discharge capacity ≥85% rated | ||
| 1C Charge & Discharge Energy Efficiency | room temperature energy efficiency ≥93%0℃ energy efficiency ≥88%-20℃ energy efficiency ≥80% | ||
| DC Resistance (mΩ） | ≤4mΩ@50%SOC 30s RT | ≤9mΩ@50%SOC 30s RT | |
| Storage | Storage: 120 days at 45℃, capacity recovery rate is not less than 99%At 60℃, capacity recovery rate is not less than 98% | ||
| Vibration Resistant | Meet GB/T 31467.3& GB/T31485 | ||
| Shock proof | Meet GB/T 31467.3 | ||
| Fall | Meet GB/T 31467.3 | ||
| Withstand Voltage | Leakage Current <1mA @2700 VDC 2s（Positive and negative Output pole pairs on the Shell） | ||
| Insulation Resistance | ≥500MΩ @1000V（Positive and negative Output Pole pairs on the shell） | ||
| Abuse of security | Meet GB/T 31485-2015&New Country Standard | ||
Module Heat Management
Module Fall Test
Module Thermal Diffusion
Production Line
NCM Battery Modules - Powering a sustainable future.
As the backbone of sustainable energy solutions, NCM battery modules leverage advanced technology to deliver reliable, eco-friendly power. Engineered for maximum efficiency and minimal environmental impact, these state-of-the-art energy storage systems are driving the transition to a greener tomorrow. With their uncompromising performance and commitment to sustainability, NCM modules are shaping the future of electric mobility and renewable energy storage.
