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Your Professional Off-Grid Battery System Manufacturer in China

Off-grid battery systems store energy from solar panels, wind turbines, or generators, providing reliable power around the clock without the need for a grid connection.

Thanks to HORUNIQ’s high-quality lithium iron phosphate (LiFePO4) battery cells—which can be cycled 6,000–8,000 times at an 80% depth of discharge (DOD)—our systems support daily off-grid operation for over 10 years. From 5 kWh systems suitable for weekend vacation cabins to 261 kWh systems designed for remote communities and off-grid farms, HORUNIQ meets the stringent requirements for capacity, reliability, and safety in off-grid living.

Meanwhile, HORUNIQ Off-grid Battery System can be used in conjunction with solar PV systems and optional diesel generators to provide stable power for islands, mining sites, telecommunications base stations, rural electrification, and light commercial and remote area projects.

Go off-grid with confidence – explore HORUNIQ off grid battery systems.

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HORUNIQ Off-Grid Battery System Product Lines

Commercial and Industrial ESS Cabinet

60–261 kWh dual-mode (grid-tied/off-grid) energy storage cabinets with grid-tied regulation capabilities serve as the core units for large-scale off-grid battery systems and microgrid projects.

Stacked All-in-One Energy Storage System

Stacked integrated units ideal for residential and light commercial off-grid microgrid deployments.

Rack-Mount High-Voltage Energy Storage System

Standard high-voltage rack-mounted battery modules that can be integrated into custom off-grid battery systems and microgrid solutions.

Wall-Mounted Energy Storage

Flexible off-grid energy storage ranging from 5 to 30 kWh; space-saving design; scalable capacity suitable for any off-grid location.

Providing Stable, Clean Power

HORUNIQ off-grid battery systems utilize a mesh-type PCS architecture that coordinates solar PV modules, battery banks, local loads, and optional diesel generators.

These systems provide continuous, stable power to Remote, Off-Grid, and Grid-Weak Areas.such as islands, mining camps, telecommunications base stations, and rural electrification projects, significantly reducing your project’s fuel costs and diesel generator maintenance expenses.

Scalable and Customizable Off-Grid Battery Systems

HORUNIQ offers comprehensive OEM and ODM services for off-grid battery systems and microgrid projects. You can customize system capacity, protection ratings, communication interfaces, and cabinet appearance.

Our modular design supports capacity expansion as on-site loads grow, meeting your project’s future expansion needs. We also provide complete technical documentation and overseas project case studies to support your bidding and project evaluation processes.

 

What is an off-grid battery system?

An off-grid battery system is a complete energy storage solution designed specifically for locations without access to the power grid. It consists of batteries for storing energy, an inverter that converts the batteries’ direct current (DC) into household alternating current (AC), and a charge controller that manages the charging process from solar panels, wind turbines, or generators. Off-grid battery systems provide a reliable, round-the-clock power supply for cabins, tiny homes, remote properties, and off-grid communities—enabling complete energy independence without the need for a connection to the utility grid.

What core features must an off-grid battery system have?

An off-grid battery system must include grid-tied functionality (PCS) to maintain stable voltage and frequency in the absence of a public grid.

Can grid-tied cabinets be used for off-grid projects?

No, Pure grid-tied cabinets cannot operate in standalone off-grid scenarios. Both our C&I Series and Stacking Series support grid-tied functionality; please confirm this feature when requesting a project quote.

What temperature range can your company’s off-grid battery systems withstand in harsh, remote outdoor environments?

Our lithium iron phosphate energy storage systems support a wide operating temperature range. Charging: 0–55°C; Discharging: 10–55°C. The cabinets utilize air-cooled thermal management and are suitable for outdoor operating conditions at most remote islands, mines, and telecommunications base stations.

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