Energy Storage System Solution for Peaking Shaving (On-Grid)

Inverter+Battery home residential energy storage system

Optimized Energy Storage Solution for Commercial & Industrial Applications

Our energy storage system adopts modular system configuration and supports multi-mode operation, which improves investment returns, can achieve peak-valley time shifting, staggered power consumption, and relieve grid pressure. It is suitable for industrial and commercial electricity prices, large peak-valley price differences, and high grid continuity requirements. It can be used as an emergency backup power supply and is also suitable for microgrid scenarios. It meets the needs of industrial and commercial energy conservation, carbon reduction, and green development. It's an ideal for application scenarios such as factories, residential areas, shopping centers, hospitals, and hotels.

System Connection

Commercial & Industrial Energy Storage Solution
Peak shaving and valley filling
New energy consumption
Emergency reserve

Application scenarios 

Depending on the grid load, we can adjust peaks and valleys in a timely manner to save electricity costs, relieve grid pressure, and significantly improve power reliability and energy quality. At the same time, we manage the risk of rising energy prices, generate additional revenue from renewable sources, and reduce environmental impact. Our integrated solution addresses your multiple needs.

System Key Features

Safe and Reliable

The use of lithium iron phosphate batteries is safer and more reliable

Modular Design

The modular design makes installation and operation very convenient.

Real-time Control

Real-time control and dispatch, participating in the optimization of power grid operation

Support Microgrid

Support microgrid operation and improve power supply reliability

Model GMP500 GMP625 GMP1000
DC side parameters
Working voltage range 580~1000V 580~1000V 580~1000V
Full load voltage range 625~950V 625~950V 625~950V
Maximum DC current 200A*4 200A*5 200A*8
Communication side parameters
Maximum AC power 550kW 687kW 1100kW
Rated AC power 500kW 625kW 1000kW
Rated AC current 180A*4 180A*5 180A*8
Rated AC voltage 400V,3W+PE/3W+N+PE 400V,3W+PE/3W+N+PE 400V,3W+PE/3W+N+PE
Rated AC frequency 50/60Hz±5Hz 50/60Hz±5Hz 50/60Hz±5Hz
General
System protection IP21 (indoor); IP55 (Outdoor) IP21 (indoor); IP55 (Outdoor) IP21 (indoor); IP55 (Outdoor)
Noise < 78dB < 78dB < 78dB
Cooling Air cooling Air cooling Air cooling
Communication interface RS485/CAN/Ethernet RS485/CAN/Ethernet RS485/CAN/Ethernet
Weight 660kg (indoor); 800kg (outdoor) 740kg (indoor); 900kg (outdoor) 1180kg (indoor); 1310kg (outdoor)
Ambient temperature -30 ℃~60 ℃ -30 ℃~60 ℃ -30 ℃~60 ℃
Dimension(mm) 1200 * 1000 * 2100mm (indoor); 1350 * 1000 * 2100mm (outdoor) 1200 * 1000 * 2100mm (indoor); 1350 * 1000 * 2100mm (outdoor) 1200 * 1000 * 2100mm (indoor); 1350 * 1000 * 2100mm (outdoor)

Why Choose Us


Decoupled Cluster Management Architecture

Each DC-side module connects to an independent battery cluster, with the AC-side enabling unified power dispatch and intelligent control. This decoupled design prevents performance bottlenecks between clusters, allowing modular clusters to optimize power distribution through adaptive scheduling algorithms.

Grid-Class Reliability with Isolation Design

Integrated power-frequency isolation transformer ensures exceptional surge immunity and safety standards—ideal for microgrids requiring seamless off-grid operation.

Intelligent Monitoring & Adaptive Management

Powered by our in-house intelligent management system, the PCS enables real-time monitoring of parallel units, supporting predictive fault detection, remote diagnostics, and dynamic load balancing to minimize O&M complexity.

Fault-Tolerant Redundancy Design

Single-cluster failure redundancy: Remaining modules maintain continuous operation to mitigate customer losses.

DC-side independent management: Adopts "one cluster, one control" strategy (no parallel connections), eliminating cell inconsistency risks from loop currents.

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