Lithium battery manufacturer EVE has officially launched its latest high-capacity 628Ah LFP prismatic battery.
1.Product Highlights at a Glance
Model: MB56
Capacity: 628Ah
Voltage: 3.2V
Energy: 2009.6Wh
Weight: 10.7kg ±300g
Size: 352.3 × 71.7 × 207.2 mm
Internal Resistance (1kHz): ≤0.25mΩ
Cycle Life: ≥8000 cycles (at 80% DOD)
2.Key Technical Advantages
According to EVE, the MB56 offers significant improvements in four core aspects: ultra-high capacity, energy density, long cycle life, and low internal resistance. These traits make it one of the most ideal choices for modern energy storage systems.
In grid-scale, commercial & industrial, and off-grid environments, MB56 can effectively reduce system complexity while increasing integration efficiency and reliability.
“As the global energy storage market moves toward higher density and efficiency, we believe the MB56 offers system integrators a new option with better value and performance,” — stated a senior EVE product manager.
3.Targeting the Global Premium ESS Market
The MB56 is designed for a wide range of applications and customers, including energy storage integrators, power companies, telecom backup solution providers, and new-generation home battery system brands.
With growing demand in regions such as the Middle East, Latin America, and Africa — where power instability and time-of-use pricing are major concerns — the MB56 is positioned to gain significant traction.
4.Broad Application Scenarios
Residential and villa energy storage;
C&I (Commercial & Industrial) ESS projects;
Grid peak shaving and frequency regulation;
Telecom & data center backup power;
Off-grid systems in islands, mining, and agriculture.
The launch of MB56 is not only a technical leap for EVE in the high-capacity cell sector but also provides system developers and integrators with a robust, reliable, and efficient cell option for future ESS projects.
As the global push for decarbonization continues, ultra-large prismatic cells like the MB56 are poised to become the backbone of next-generation energy storage systems.