Off‑grid C&I PV Solution

Service Offerings

Ensure stable, uninterrupted power supply to the plant area.

Equipped with a high-efficiency energy storage system, it stores electricity during periods of abundant sunlight and discharges it when sunlight is unavailable or during peak demand, ensuring a stable power supply independent of the grid. The system features comprehensive charge/discharge management and intelligent control capabilities to guarantee the safety and longevity of the energy storage equipment.

1. Key Features of the Solution

2. Applicable Scenarios

Suitable for remote locations—such as factories, mines, and communication base stations—where there is a high demand for power supply stability and connection to the grid is difficult.

3. Equipment Configuration

The system ensures stable operation by utilizing high-efficiency photovoltaic modules (such as those from brands like Aiko and JA Solar), professional energy storage battery packs (such as lithium iron phosphate batteries), and compatible off-grid inverters.

4. Case Studies

Taking a communication base station in a remote area as an example, this illustrates the role of off-grid photovoltaic power stations in ensuring continuous power supply, as well as their significant impact on reducing operating costs and enhancing power supply reliability.

5. Service Workflow

(1) Needs Assessment and Energy Analysis: Communicate with industrial and commercial clients in remote areas to understand their power demands, load characteristics, and requirements for power supply stability. Analyze local energy resources, such as solar irradiance and climate conditions.

(2) System Design and Energy Storage Configuration: Design off-grid photovoltaic (PV) power plant systems based on assessment findings, appropriately configuring PV modules, energy storage battery packs, and inverters. Determine the required energy storage capacity to meet power demands across different time periods.

(3) Equipment Installation and Commissioning: Carry out on-site equipment installation, including the assembly of module mounting structures, installation of PV modules and energy storage units, and inverter commissioning. Ensure correct equipment connections and stable operation.

(4) Acceptance and Training: Conduct a comprehensive acceptance inspection of the power plant, testing functions such as power generation, energy storage, and power supply. Provide training to client personnel to ensure they master system operation and routine maintenance procedures.

(5) Long-term O&M and Technical Support: Establish a long-term operations and maintenance (O&M) mechanism involving regular equipment inspections, timely replacement of aging components, and remote technical support to ensure the power plant's continuous and stable operation.