Delivered by Tianfon New Energy, Tunchang solar greenhouse project features a practical agrivoltaic design tailored for tropical agricultural conditions.

Instead of using transparent PV modules, Tunchang solar greenhouse project adopts a spaced module layout (interval installation design).

Solar panels are installed with carefully calculated gaps between rows, allowing natural sunlight to pass through to the crops below. This approach ensures:

• Sufficient sunlight for plant growth
• Stable power generation performance
• Lower system cost compared to transparent modules

By optimizing panel spacing and tilt angles, the system achieves a balanced solution between agriculture and energy production.

Tunchang solar greenhouse follows a dual-use concept:

• Power generation on the rooftop
• Crop cultivation underneath

Electricity generated by the PV system supports irrigation, ventilation, and temperature control systems. Surplus energy can be fed into the grid, creating additional revenue.

The system is already in stable operation with reliable output.

Tunchang solar greenhouse project is designed to be compatible with modern agricultural technologies, including:

• Environmental monitoring (light, humidity, soil conditions)
• Automated irrigation systems
• Water-fertilizer integration

This enables better crop management and supports high-value planting such as edible fungi and medicinal crops.

The mounting structure, provided by Tianfon New Energy, is engineered for long-term outdoor use:

• Hot-dip galvanized steel for strong corrosion resistance
• Suitable for high humidity and tropical environments
• High structural strength against wind and rain
• Designed service life of 25+ years

With an estimated annual generation of around 200,000 kWh, the system not only meets the greenhouse’s operational needs but also creates additional financial returns.