Description
This system ensures intelligent and efficient management of solar energy, providing both a reliable energy source and storage capacity to meet fluctuating energy demands.
Technical data
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Installation method: Rack-mountable
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Battery type: LiFePO4 (LFP) – long-life cycle technology
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Energy per module: 5.12 kWh
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Nominal module voltage: 51.2 V
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Capacity per module: 100 Ah
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Total system capacity (12 modules): 61.44 kWh
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Usable capacity: 49.15 kWh (80% DOD – Depth of Discharge)
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System operating voltage: 556.8 – 681.6 V
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Recommended charging/discharging current: 50 A
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Total weight: 632.5 kg
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Dimensions: 580 mm x 584.5 mm x 2162 mm
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Protection: IP20 – for protected indoor environments
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Monitoring: System voltage, current, module/cell temperature
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Lifespan: ≥6000 cycles at 70% EOL
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Operating temperature: Between 0°C and 45°C (charging) and between -10°C and 55°C (discharging)
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Storage temperature: Between 0°C and 35°C
Product advantages
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Superior safety and efficiency: LiFePO4 batteries are renowned for their safety and stability, offering a long service life and enhanced resistance to extreme temperatures.
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High durability: With over 6,000 charge/discharge cycles, the system delivers consistent long-term performance.
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Significant usable capacity: With a nominal capacity of 61.44 kWh and a usable capacity of 49.15 kWh, this system offers a considerable energy reserve for critical applications.
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Intelligent monitoring: CAN communication and advanced monitoring of system parameters ensure efficient, real-time energy management.
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Modularity: The system is rack-mountable and can be expanded or reconfigured as required, making it ideal for variable energy needs.
Package contents
- 12 pcs. - 5.12kWh HV lithium battery
- 1 pc. - Control box for high-voltage battery cluster
- 1 pc. - Rack for 12 batteries and 1 BMS
- 1 pc. - 5-metre 4AWG positive power cable
- 1 pc. - 5-metre 4AWG negative power cable
It is a reliable solution for those seeking efficient solar energy management, ensuring an optimal balance between storage, safety and long-term performance.
