The GS-ESS-200K is a containerized LiFePO4 energy storage system for factories, commercial buildings and microgrids, scalable from 50kWh cabinets to multi-MWh installations and up to 100MWh utility plants. Each container integrates battery racks, liquid-cooled or air-cooled thermal management, fire suppression, and a full power conversion system.
Key Features
- Standard building block: 200kWh per container, scalable from 50kWh to 100MWh.
- Integrated design: battery racks, thermal management, fire suppression and power conversion in one enclosure.
- Daily-cycling durability: 8000-cycle LiFePO4 cells with a 15-year design life.
- Fast deployment: containers arrive pre-assembled and factory-tested for connection and commissioning on site.
- Fleet monitoring: cloud platform tracks state of health, alarms and energy flows across sites.
- Supervised commissioning: our engineers support start-up and handover.
Typical Applications
Peak shaving to cut demand charges, solar self-consumption, generator fuel savings, microgrid stabilization and backup power for commercial and industrial sites.
Common Pain Points We Solve
- Painful demand charges: peak shaving discharges stored energy at tariff peaks, directly cutting monthly demand fees for factories.
- Diesel dependence: solar-plus-storage routinely cuts generator runtime by 60% or more, as in our Nigeria commercial installation.
- Long, risky deployments: containers arrive pre-assembled and factory-tested, so on-site work shrinks to connection and supervised commissioning.
- Fleet management: the cloud monitoring platform tracks state of health, alarms and energy flows across every site from one dashboard.
Specifications
| Chemistry | LiFePO4, liquid/air-cooled |
|---|---|
| Unit capacity | 200kWh per standard container |
| Scalability | 50kWh to 100MWh |
| Cycle life | 8000 cycles |
| Design life | 15 years |
| Applications | Peak shaving, self-consumption, microgrid, backup |
