Featuring 12 LiFePO₄ battery modules, a battery management unit (BMU), and a 13-way rack, it operates in the 614.4V class and is compatible with SH50CX-class inverters for reliable, high-capacity energy storage.
The MBH60 High-Voltage Battery Rack System is designed to deliver reliable, high-capacity energy storage for commercial and industrial solar installations. Combining 12 LiFePO₄ battery modules, a battery management unit (BMU), and a 13-way rack, it provides an integrated solution for efficient energy storage and management.
62.7kWh Nominal Capacity: Provides substantial energy storage for commercial and industrial applications.
12 Battery Modules: Combines multiple modules into a complete high-voltage battery system.
Integrated BMU: Supports battery monitoring and management within the compatible system.
13-Way Battery Rack: Provides an organised rack-based installation for the battery modules and associated equipment.
LiFePO₄ Chemistry: Uses lithium iron phosphate technology for dependable energy storage.
614.4V Voltage Class: Designed for compatible high-voltage energy storage systems.
IP20 Protection: Suitable for indoor installation in an appropriate environment.
SH50CX-Class Compatibility: Designed for integration with compatible SH50CX-class inverter systems.
The MBH60 stores surplus solar energy for use when generation is reduced or energy demand increases. Its high-voltage architecture and substantial storage capacity make it suitable for commercial and industrial facilities seeking to improve solar energy utilisation and manage electricity consumption.
With 12 battery modules, an integrated BMU, and a dedicated rack, the MBH60 offers a coordinated energy storage solution for compatible installations. Its rack-based design supports organised equipment placement, while LiFePO₄ technology provides a durable foundation for long-term energy storage.
Choose the MBH60 62.7kWh High-Voltage Battery Rack System for integrated battery storage, dependable performance, and commercial solar energy management.