Description
Unleashing Power: Fox ECS HV ECM2900 Battery Pack
The Fox ECS HV ECM2900 is an exceptional energy storage solution, designed to meet the increasing demand for efficient and scalable battery systems. This innovative battery pack, boasting an output capacity of 11.52 kWh through one master and three slave units, is tailored for a variety of applications that require reliable, high-voltage energy.
Key Components of the Fox ECS HV ECM2900
The complete package includes three FE-HV-ECS-2900-4A2C slave batteries, each providing 2.88 kWh, alongside one master FE-HV-ECM-2900-4A2C battery. This advanced configuration allows the system to easily expand, ensuring that your energy needs can grow alongside your requirements.
Specifications and Features
One of the standout attributes of the Fox ECS HV ECM2900 is its impressive capacity. The system is scalable, allowing users to extend storage up to 20.16 kWh, making it perfect for both residential and commercial applications. Here are some key specifications:
– Total Capacity: 11.52 kWh (1x Master + 3x Slave)
– Depth of Discharge: 90%
– Temperature Tolerance: Wide operating range for adaptability
– Communication Protocols: CAN/RS485 for seamless integration
– Easy Installation: The modular design allows for straightforward additions of ECM2900 battery modules post-installation as energy demands evolve.
Design and Dimensions
With a weight of 131.9 kg, the Fox ECS HV ECM2900 is robust yet compact, featuring dimensions of 570mm in width, 590mm in height, and 380mm in depth. This makes it an optimal choice for locations with limited space without compromising performance.
Conclusion
The Fox ECS HV ECM2900 is not just a battery; it’s a scalable energy solution that adapts to your specific needs while ensuring high efficiency and reliability. Whether for home energy storage or larger energy projects, this battery pack offers exceptional performance. With its easy installation and expandable capacity, the Fox ECS HV ECM2900 stands as a powerful ally in managing energy demands effectively.
