High Voltage LFP Battery Rack – 192S280

Grade A LFP(lithium iron phosphate) cells to ensure safety and performance

LFP (lithium iron phosphate) cell to ensure the highest safety

Product Details

High Voltage LFP Battery Rack – 192S280

The High Voltage LFP Battery Rack – 192S280 is a modular, high-performance energy storage solution designed for large residential, commercial, and industrial applications. Built with Grade A lithium iron phosphate (LFP) cells, it delivers exceptional safety, long service life, and stable power output for demanding energy systems.

This high-voltage battery system supports optimal self-consumption of solar energy during both day and night, helping reduce dependence on the public grid while lowering overall energy costs. Its modular rack-based design allows flexible capacity expansion to match growing energy requirements.

With a long cycle life of up to 8,000 cycles, advanced built-in battery management protection, and high round-trip efficiency, this solution ensures reliable, long-term performance. The compact vertical structure saves installation space, making it suitable for utility rooms, energy storage rooms, and commercial power installations.

Key Benefits

This system is engineered for users who require robust, scalable, and future-ready energy storage with consistent performance and minimal maintenance.








General Information

Battery Chemistry 3.2V LiFePO₄
Cell Connectivity 192S1P
Number of Modules 12 PCS in Series


Electrical Parameters

Nominal Voltage 614.4 Vdc
Nominal Capacity 280 Ah
Nominal Energy 172 kWh
Operating Voltage Range 518.4 V – 700.8 V
Cut-Off Voltage 480 V
Recommended Charging Current 56 A (0.2C)
Max. Discharging Current 150 A
Efficiency (Round Trip) ≥ 98%


Physical Information

Dimensions (L × W × H) 760 × 442 × 245 mm
Weight ≈ 110 kg
Mounting Options Rack Cabinet


Environmental Conditions

Charging Temperature 0°C ~ 55°C
Discharging Temperature -20°C ~ 55°C
Storage Temperature -10°C ~ 30°C
Humidity 5% – 95% Relative Humidity


Lifecycle & Reliability

Cycle Life (0.2C, @25°C, 80% DoD) ≥ 8,000 Cycles
Design Life 15 – 20 Years