PowerMount-3.7MWh

Product details

The PowerMount (3.7MWh) Series is a containerized battery energy storage system (BESS) that includes two models: PowerMount-3.7MWh and PowerMount-3.7MWh-Pro. This series utilizes LiFePO₄ 280Ah battery cells, delivering an energy capacity of 1331.2kWh, making it ideal for large-scale energy storage applications. The battery's rated voltage range is 1164.8 - 1500.0V, ensuring adaptability to various electrical environments. With a maximum system efficiency of 94%, it significantly improves energy utilization and minimizes energy loss.

The system is designed with high protection ratings, allowing it to operate in various complex environments. It maintains stable performance within a suitable temperature range, while the humidity and altitude specifications meet the requirements of most installation locations. Advanced liquid cooling technology is employed to enhance thermal management, and the system is equipped with a perfluorohexanone + water mist fire suppression system, ensuring operational safety and stability. The unit is housed in a container with dimensions of 6058×2438×2896mm, weighing 37,000kg, offering a compact and durable structure.

For communication and monitoring, the system supports Ethernet, RS485, and CAN interfaces and is compatible with Modbus TCP, Modbus RTU, and CAN2.0 protocols, facilitating remote monitoring and intelligent management. Additionally, it meets multiple international certifications, including IEC/EN 62619 and UL 1973, ensuring high reliability and compliance with global standards.

Key Features

1.Easy Installation – Pre-assembled design minimizes on-site installation complexity and time, allowing for rapid deployment.
2.Enhanced Safety – Multi-layer safety protection system ensures equipment and personnel security, guaranteeing stable operation.
3.Versatile Applications – Suitable for various energy storage scenarios, including grid energy storage and distributed energy systems, meeting diverse customer needs.
4.Flexible Charging & Discharging – Supports 0.5P/1P charge-discharge rates, enabling users to adjust strategies based on demand and power conditions, maximizing energy efficiency.
5.Intelligent Management – The Battery Management System (BMS) enables precise monitoring, extending battery lifespan and reducing maintenance costs.