BCU (zarządzanie pracą): Yes (additional info. in desc.)
Capacity: 51.2 kWh
Rated power: 12.8 kW
Nominal voltage: 512 V
Operating voltage: 448 ~ 561.6 V
Rated charging/discharging current: 25 A
Maximum charge current: 50 A
Maximum discharge current: 50 A
Communication: CAN / RS485 / RS232
Display: State of Charge (SOC) indicator, LED display (optional)
Operating temperature: 5 - 50ºC
Relative humidity: ≤95% (no condensation)
IP Rating: IP20
Dimension [WxDxH]: 566x630x2220 mm
Cycle life: 6000 cycles or 10 years @80% DOD (25°C, 0.5C, 60% EOL)
Some Possible Applications
✔ Industry, SMEs, administrative and warehouse buildings ✔ Energy cost optimization – storing inexpensive energy and using it during peak demand hours. ✔ Industry and manufacturing – ensuring power supply stability and energy independence. ✔ Integration with RES – the ideal solution for storing surplus energy from photovoltaic and wind farms. ✔ Emergency power supply – ensuring the operation of systems sensitive to power interruptions.
Advanced Industrial Energy Storage for Demanding Users
The KT-LFPHV5.12-10 model is a highly efficient LiFePO₄ energy storage system with a capacity of 51.2 kWh and a nominal voltage of 512 V. It offers reliability in industrial environments, allowing for energy cost optimization and integration with RES systems and high-voltage storage units.
🔹 Operating voltage range: 456.0–516.60 V 🔹 Maximum output current: 100 A 🔹 Dimensions: 620×630×2220 mm 🔹 Weight: 585.5 kg 🔹 Protection rating: IP20 🔹 Cycle life: 6000 cycles (80% DoD)
✅ What makes the KT-LFPHV5.12-10 stand out? ✔ Operational cost optimization – stores energy during off-peak hours for use during peak demand ✔ Remote monitoring – fully compatible with EMS energy management systems ✔ Modular design – scalable for large industrial installations ✔ Enhanced efficiency – minimizes energy losses with stable operation at 90% DoD
👉 Choose KT-LFPHV5.12-10 for top-tier energy efficiency!