The LES-H10-300M4P represents a paradigm shift in energy storage technology, establishing new benchmarks in intelligent power management. This advanced platform combines operational simplicity with scalable architecture, featuring streamlined deployment processes and modular expansion capabilities. The system's adaptable design supports both localized energy projects and extensive industrial applications, evolving alongside your energy requirements.

At the core of the system lies premium LFP cell technology from industry-leading manufacturers, delivering exceptional longevity exceeding a decade of reliable service. Integrated monitoring systems and intelligent energy optimization protocols work in concert to maintain optimal performance and system integrity. The platform's versatile operation modes support critical energy applications, from healthcare infrastructure to smart home integration.

The advanced thermal regulation system, combined with autonomous cell balancing technology, enhances energy efficiency and extends operational lifespan. Remote management capabilities through the energy monitoring interface provide continuous system oversight. Optional integration with backup generation systems and intelligent grid transition functionality enhance operational flexibility, while advanced load management ensures stable performance under demanding electrical conditions.

Model	LES-H10-300M4P
Battery
Battery Type	LiFePO4
Rated Charge/Discharge Performance	≤0.5C
Rated Voltage [V]	614.4
Operating Voltage Range [V]	537.6-700.8
Cell Rated Capacity [Ah]	280
Rated Capacity [kWh]	688
Composition	(1P192S) *4P
AC Data (On Grid)
Rated Charge/Discharge Power [kW]	300
Max. AC Current [A]	476
Rated Output Voltage [V]	3/N/PE, 230/400
Rated Frequency [Hz]	50/60
THDu	< 3% (linear load)
Power Factor	1 (0.8 leading -0.8 lagging)
THDi	<3% (@rated power)
AC Data (Off Grid)
Rated Output Power [kW]	300
Max. Output Current [A]	476
Rated Output Voltage [V]	3/N/PE, 230/400
Rated Output Frequency [Hz]	50/60
Unbalanced Load Capacity	100%
General Data
Ingress Protection	IP54
Communication	CAN, RS485, Ethernet port
Communication Protocol	Modbus, IEC104
Working Environment Temperature [°C]	-20-50
Electrical Cabin Cooling Method	Air cooling
Battery Compartment Cooling Method	Liquid cooling
Fire Fighting System	1230 Fire Fighting System
Relative Humidity	0-95%, no condensation
Altitude [m]	5000 (> 2000 derating)
Delivery Mode	Integral transportation
Weight [T]	< 9.6
Dimension (WDH) [mm]	2991×2438×2896
Application Environment	Outdoor
Noise [dB]	≤75