Description
The MS-L430-BC-2/3 is a cutting-edge AC Battery Energy Storage System (BESS) engineered to deliver unparalleled performance, safety, and scalability, making it ideal for diverse energy storage applications. Designed with advanced features and robust specifications, it ensures reliability and operational efficiency in both on-grid and off-grid scenarios.
Key Features
- Intelligent Cloud Platform:
- Customizable load algorithmic modules.
- 24-hour online Operation & Maintenance (O&M).
- Integrated battery life and safety alerts.
- Seamless device-to-cloud interconnection for remote management.
- Ultimate Safety:
- Self-contained fire and explosion-proof protection systems.
- Five-level electrical safety.
- High-voltage interlocking to prevent operational hazards.
- Versatile Expansion:
- Modular integration of PCS/BMS/EMS in an all-in-one design.
- Supports up to 8 cabinets in parallel for scalability.
- Use for 2-hour or 4-hour energy storage applications with higher energy density and minimized footprint.
- Multiple Application Scenarios:
- Expansion for new energy vehicle (NEV) charging.
- Enables peak-to-valley energy shifting and virtual power plant readiness.
- Operates on islands, communication bases, or other off-grid settings.
- Unmatched Performance:
- Seamlessly switches between on-grid and off-grid within 10 ms.
- DC fast-charging capability of 420 kW.
- 10-year warranty with coolant replacement, ensuring long-term reliability.
Key Technical Specifications:
- Battery Type: LiFePO₄
- Nominal Energy: 430.08kWh
- Nominal Capacity: 280Ah
- Rated Power: 200kW (Max Power: 220kW)
- Operating Temperature: -25°C to +55°C
- Cooling: Liquid cooling
- Protection: IP54, Anticorrosion grade ≥C4
- Dimensions: 2000mm (W) × 1300mm (D) × 2480mm (H)
- Weight: ≤4600kg
- Communication: RS485, Modbus TCP, DIDO
- Key Features: Active Balancing Function, Aerosol & Water Fire Suppression
The MS-L430-2H2/3 (AC BESS) is more than just an energy storage system; it’s a smart, safe, and scalable solution engineered to meet the dynamic energy demands of today and tomorrow.