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Reliable PV charging control for solar battery systems, off-grid installations and small energy storage projects.

A charge controller is not a decoration in an off-grid system. It protects charging logic, battery stability and the reliability of small solar storage projects.
Solar charge controllers regulate PV charging, protect batteries and improve system stability in off-grid and distributed solar storage projects. They are an important part of safe battery operation.

Clean, expandable LiFePO4 battery systems for home solar storage, backup power and daily energy independence.

51.2V LiFePO4 battery modules for scalable residential, commercial and off-grid energy storage.

Integrated cabinet storage for factories, commercial buildings, warehouses and distributed energy projects.

Containerized systems integrating battery modules, PCS, BMS, EMS and thermal management for large energy projects.

Smart solar, battery and grid power conversion for residential and light commercial energy storage systems.

Independent solar power conversion for remote homes, farms, cabins and sites without reliable grid access.
These scenarios help customers recognize whether the product matches their energy storage project before they compare parameters.
Control PV charging for safer battery operation.
Support small independent solar power installations.
Improve charging stability and battery protection.
Safety, system integration, expansion and installation support are presented through the operating environments where each advantage creates value.
01Regulates solar charging to help batteries operate within suitable charging conditions.
02Charging management helps protect the battery system from improper PV charging behavior.
03A practical component for small independent solar battery systems and distributed storage projects.
04Improves charging consistency and helps the solar storage system operate more predictably.
05Selection can be based on PV array power, battery voltage and required charging current.
06Can be configured together with LIANHENERGY batteries and inverters for solar storage projects.
Key parameters are centered and organized for quick comparison during project evaluation.
| Item | Specification |
|---|---|
| Controller Type | MPPT / PWM Solar Charge Controller |
| Battery Voltage | 12V / 24V / 48V |
| Rated Charging Current | 20A – 100A |
| Maximum PV Input Voltage | 150V / 250V |
| Efficiency | ≥98% |
| Display | LCD Smart Screen |
| Protection | Overcharge / Overload / Short Circuit Protection |
| Communication | RS485 |
| Cooling | Natural cooling |
| Installation | Wall mounted |
| Application | Residential Solar System / Small Energy Storage System |
| Warranty | 2–5 Years |
Each product page includes practical answers matched to the product type, helping customers understand fit before inquiry.
It regulates PV charging to the battery and helps protect the battery from improper charging conditions.
Yes. Charge control is important for safe and stable off-grid solar battery systems.
It can be configured as part of a complete solar battery solution depending on system requirements.
A charge controller manages PV charging to the battery, while an inverter converts battery DC power into usable AC power.
Battery matching depends on voltage, charging current and system settings. LIANHENERGY can help confirm a suitable configuration.
Key details include PV array power, battery voltage, charging current, application type and installation environment.
Send your application, capacity, voltage, power and backup-time requirements. LIANHENERGY will help review the suitable product route before quotation.
