FoxESS Energy Cube CM2900 – BMS + 1x battery 2.88 kWh
Net width | |
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Net depth | |
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Manufacturer | |
CAN | Yes |
RS485 | Yes |
Charging current | |
Weight | 40,4 kg |
CN | 85076000 |
Gross
Product details
Net width | |
---|---|
Net depth | |
Net height | |
Manufacturer | |
CAN | Yes |
RS485 | Yes |
Charging current | |
Weight | 40,4 kg |
CN | 85076000 |
Fox ESS Energy Storage System Series ECS
The Fox ESS ECS series energy storage systems are high-performance, high-voltage solutions based on lithium iron phosphate (LiFePO4) technology. With their modular design, these systems offer exceptional flexibility, allowing for easy capacity expansion based on individual energy needs. They are designed to maximize self-consumption of energy from photovoltaic installations and ensure reliable power supply.
Key Features of the Fox ESS ECS System:
- Modular Design and Scalability: Easily expandable system by adding battery modules (each with a capacity of 2.88 kWh), up to a maximum capacity of 20.16 kWh (7 modules connected in series).
- High Depth of Discharge (DoD): Ability to utilize up to 90% of stored energy, maximizing storage efficiency.
- Long Lifespan and Safety: The use of safe LiFePO4 cells ensures a long lifespan exceeding 6000 charge/discharge cycles and a high level of safety (compliant with IEC 62619 standards).
- Easy Installation and Flexibility: Simple “stackable” module installation saves time for the installer, and the IP65 protection rating allows for installation both indoors and outdoors.
- High Efficiency: The efficiency of the entire charge and discharge cycle exceeds 95%, minimizing energy losses.
- Wide Operating Temperature Range: The system can operate in a wide temperature range (charging 0-55°C, discharging -10-55°C), ensuring reliability in various climatic conditions.
Who is it a good choice for?
The Fox ESS ECS series energy storage system is an excellent choice for single-family homeowners and small businesses with photovoltaic installations who want to increase their energy independence, optimize the use of generated energy, and reduce electricity bills. Its modular construction makes it a flexible solution that can be tailored to current demand and expanded in the future.