MUST HV2900 Max High Voltage LiFePO4 Battery (72.3–277.3kWh)

The MUST HV2900 Max High Voltage Battery is a large-capacity lithium energy storage system engineered for demanding commercial, industrial, and utility-scale solar applications. Utilizing advanced Lithium Iron Phosphate (LiFePO4) technology, this high-voltage battery solution delivers exceptional safety, superior efficiency, and long-lasting performance for organizations seeking reliable energy storage and backup power.

Designed to support energy capacities from 72.3kWh to 277.3kWh, the HV2900 Max is ideal for factories, manufacturing facilities, hotels, hospitals, data centres, telecom infrastructure, agricultural operations, and large-scale renewable energy projects. Its modular architecture allows seamless expansion, enabling businesses to scale their energy storage capacity as operational requirements grow.

The intelligent Battery Management System (BMS) continuously monitors battery performance, voltage, temperature, and charging status to ensure maximum safety and efficiency. High-voltage operation reduces current losses, improves system performance, and enables efficient integration with powerful three-phase hybrid and off-grid inverter systems.

Built for mission-critical applications, the HV2900 Max provides dependable backup power during utility outages while helping businesses maximize solar self-consumption, reduce electricity costs, and achieve greater energy independence.

Key Features

• Expandable energy storage from 72.3kWh to 277.3kWh
• Premium LiFePO4 battery technology for enhanced safety and durability
• High-voltage design for superior system efficiency
• Intelligent Battery Management System (BMS)
• 6,000+ charge cycles for long operational life
• Modular and scalable architecture
• High depth of discharge for maximum usable energy
• CAN and RS485 communication support
• Compatible with high-voltage hybrid and off-grid inverters
• Reduced cable losses and improved energy utilization
• Maintenance-free operation
• Reliable backup power for critical loads
• Suitable for three-phase power systems
• Advanced thermal and electrical protection

Applications

• Industrial manufacturing facilities
• Commercial solar energy storage systems
• Hotels, resorts, and hospitality facilities
• Hospitals and healthcare institutions
• Data centres and server rooms
• Telecom and communication infrastructure
• Agricultural and irrigation projects
• Educational institutions and campuses
• Office parks and commercial buildings
• Utility-scale solar installations
• Microgrid and renewable energy projects
• Large residential estates and developments

Why Choose the MUST HV2900 Max?

The HV2900 Max is designed for organizations that require large-scale, dependable energy storage with room for future expansion. Its high-voltage architecture improves overall system efficiency while reducing operational costs, making it an excellent solution for businesses investing in long-term energy resilience and sustainability.

Whether powering a factory, supporting critical infrastructure, or maximizing solar energy utilization, the MUST HV2900 Max delivers the capacity, flexibility, and reliability needed for modern energy storage applications.

Invest in the MUST HV2900 Max High Voltage Battery for powerful, scalable, and future-ready solar energy storage.

Key Specifications

• Battery Type: Lithium Iron Phosphate (LiFePO4)
• System Capacity: 72.3kWh – 277.3kWh
• High-Voltage Modular Design
• Cycle Life: 6,000+ Cycles @ 80% DOD
• Smart Battery Management System (BMS)
• Communication Protocols: CAN / RS485
• Expandable Architecture
• Compatible with Three-Phase Hybrid Inverters
• High Energy Density
• Floor-Standing Installation
• Maintenance-Free Operation