Focuses on solar energy’s application in public utility and infrastructure scenarios, with "scenario-adaptable, independent, and low-carbon" as the core positioning. It mainly covers three practical scenarios: Container, Charging Pile, and Street Light, providing reliable energy support for public services and infrastructure operations.

Core Application Scenarios & Practical Cases

Container Scenarios

Application Form: Integrate solar panels with container structures (e.g., mobile command centers, temporary medical stations, outdoor operation cabins).

Practical Case: In remote construction sites or disaster relief areas, solar-powered containers supply 24/7 electricity for internal lighting, communication equipment, and small appliances—no need for grid connection, solving the problem of difficult power access in off-grid areas.

Charging Pile Scenarios

Application Form: Combine solar systems with electric vehicle (EV) charging piles to build "solar EV charging stations".

Practical Case: In residential communities or commercial parking lots, solar-powered charging piles use stored solar energy to charge EVs. During peak grid hours, they rely on self-generated solar power to avoid grid load pressure, and excess power can be fed back to the grid for additional benefits.

Street Light Scenarios

Application Form: Install small solar panels and energy storage batteries on street light poles, forming independent solar street lighting systems.

Practical Case: In suburban roads or rural areas, solar street lights operate independently—absorbing sunlight during the day to power night lighting. They eliminate the need for laying power cables, reducing construction costs and avoiding power outages caused by grid failures.

These solutions effectively fill the energy gap in public utility scenarios, promoting the popularization of low-carbon infrastructure.