Rainbow over a suburban neighborhood with solar panels.

Hybrid Residential Green Energy System Solution

Service Offerings

Customized Energy Analysis Solutions

4. User Experience

Share the experiences and feedback of actual users of hybrid power systems—such as the ability to maintain lighting and the normal operation of appliances during power outages—highlighting the effective improvement in their quality of life.

3. Equipment Configuration

Photovoltaic modules from brands such as Aiko and JA Solar, hybrid inverters from brands like Aiswei and Ginlong, and small-scale energy storage equipment are selected to enable flexible power switching and storage.

Combining the advantages of both grid-tied and off-grid modes, the system operates in grid-tied mode under normal conditions, feeding surplus power back to the grid; in the event of a grid failure, it automatically switches to off-grid mode, utilizing the energy storage system to meet essential household electricity needs and ensure a continuous, stable power supply.

1. Key Features of the Solution

2. Applicable Scenarios

Suitable for households requiring high power supply stability—particularly those in areas frequently affected by power outages—as well as families seeking energy self-sufficiency.

5. Service Workflow

(1) User Needs Assessment and Site Survey: Communicate with the user to understand their requirements for power supply stability, daily electricity usage habits, and household electrical equipment. Conduct a site survey to assess roof conditions and grid connection status.

(2) Customized Solution and Cost Breakdown: Design a residential hybrid grid system based on survey results; explain the principles of switching between grid-tied and off-grid modes, equipment configuration, and costs. Provide the user with a detailed explanation of investment costs and expected returns.

(3) Equipment Installation and System Integration: Install photovoltaic modules, hybrid inverters, energy storage units, and other components; perform system integration to ensure all equipment works in coordination and enables seamless switching.

(4) Commissioning and Functional Testing: Conduct comprehensive commissioning of the hybrid system and test functions such as mode switching (grid-tied vs. off-grid) and energy storage charging/discharging to ensure system stability and reliability.

(5) User Training and After-Sales Service: Provide operational training to familiarize the user with system operation and routine maintenance. Establish an after-sales service system to respond to and resolve user issues in a timely manner.