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Your Professional Microgrid Energy Storage System Manufacturer in China

HORUNIQ microgrid energy storage system establishes a stable local power network for off-grid or weak-grid areas. Based on a lithium-ion battery energy storage system, it includes stackable solar panels and standalone battery storage units. The hardware for this residential energy storage system is suitable for residential microgrids, isolated sites, and remote telecommunications battery backup system projects.

In addition, the HORUNIQ microgrid energy storage system features an islanding switching speed of less than 10 milliseconds, the ability to integrate diesel generators, and an intelligent energy management system (EMS) capable of managing power flow between solar panels, generators, the utility grid, and batteries. Our systems range in capacity from 61 kWh to 261 kWh, offer IP54-rated weather protection, and support remote monitoring via Ethernet, Wi-Fi, and 4G.

Build resilable microgrids – explore HORUNIQ microgrid energy storage system.

HORUNIQ Microgrid Energy Storage System Series Product

Stackable Solar Battery Modular Battery System

A scalable, modular battery system that serves as the core energy storage pool for medium-sized microgrids. Meets future battery capacity expansion needs.

All in One Energy Storage System

A cabinet-style, integrated unit with a built-in EMS, suitable for small-scale residential microgrid projects.

Rack-Mount Standalone Battery Storage

A rack-mounted lithium-ion battery energy storage system suitable for indoor microgrid energy storage deployments.

Stabilizing Local Power Supply Through Microgrid Energy Storage System

HORUNIQ microgrid energy storage system balances power generation with local electricity demand. Solar battery storage systems can capture photovoltaic energy; stackable solar batteries or integrated storage systems can serve as an energy buffer for off-grid homes, island communities, and rural areas with unreliable grid connections.

This means that even if you live in a remote area, you don’t have to worry about unstable power supplies every day. HORUNIQ microgrid energy storage provides you with a stable and reliable power supply.

Multi-Source Compatibility of Microgrid Energy Storage System

HORUNIQ microgrid energy storage system hardware works in tandem with solar power generation, the public grid, and local loads. With multiple power supply modes, you won’t need to purchase additional equipment, reducing your upfront costs.

When connected to the public grid, this modular battery system also enables peak shaving and energy storage. When the grid is available, it helps you save on electricity bills and earn revenue through demand response; in the event of a power outage or grid instability, it immediately switches to emergency microgrid power supply.

It is suitable for residential-scale microgrids as well as light commercial remote site projects.

What Is Microgrid Energy Storage system?

Microgrid energy storage system is a battery system specifically designed for microgrid applications—providing the energy storage and power management capabilities required for the reliable operation of a microgrid. Its key features include: islanding within 10 milliseconds, intelligent power management across multiple power sources (solar, generators, the utility grid, and batteries), and remote monitoring capabilities. Microgrid energy storage is the cornerstone of any reliable microgrid.

What essential hardware is needed to build a microgrid energy storage system?

You will need a lithium-ion battery storage system (standalone battery storage or stackable PV battery storage), a hybrid inverter, and an EMS (Energy Management System). Our all-in-one energy storage system integrates most of the core components required for a small, residential-scale microgrid.

Can a microgrid energy storage system operate without being connected to the public grid?

Yes, an off-grid microgrid energy storage system operates completely independently of the public grid. It relies on solar energy generated by photovoltaic (PV) panels and a modular battery system to supply power to end users, such as remote cabins and island communities.

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