Dual-Energy Output: Electricity + Heat

The integrated design captures solar radiation for electricity while extracting residual thermal energy from the PV surface.

• Maintains PV working temperature below 55°C
• Mitigates PV power attenuation and "hot-spot" risk
• Boosts thermal efficiency and extends service life
• Achieves up to 80% total solar utilization

Vacuum-Bonded Heat Transfer Layer

A vacuum laminated interface minimizes thermal resistance between the PV cell and absorber, increasing heat transfer efficiency by 40%+ vs. conventional PVT structures.

Three-Layer Thermal Insulation System

Front and back insulation reduces thermal losses and improves stability:

• High-transmittance glass minimizes optical loss
• Rear long-wave reflective insulation reduces heat radiation
• Up to 70% lower thermal loss in variable climates

Smart Energy Monitoring & BEMS Ready

Built-in temperature sensors + intelligent controller enable:

• Real-time thermal output optimization
• Seamless integration with Building Energy Management Systems
• 35%+ reduction in system O&M cost