Core Technology Modules

Semi-Transparent Solar Glass

Optimized light transmission for crop growth while capturing energy efficiently.

Dual-Glass Encapsulation

Durability enhancement through advanced protective layering and sealing.

Customizable Design

Transparency and cell arrangement tuned to crop and local climate needs.

Cyclone-Prone Region Readiness

Structural approach designed to withstand wind velocity and uplift forces.

Interior of an agrivoltaic greenhouse with semi-transparent solar panels on the roof and crop rows below
Infographic comparing uncontrolled sunlight (chlorophyll stress and crop loss) with controlled transmission under agrivoltaics (optimal light, protected photosynthesis, higher yields).

Engineered Sunlight Protection & Conservation

Panel transparency is controlled to reduce excess radiation stress while preserving productive light spectrum for plant health.

Controlled Sunlight Transmission Prevents chlorophyll degradation and photosynthesis disruption from excess sunlight.
Built-In Rainwater Harvesting Structural design supports rainwater collection for irrigation reuse.

Irrigation Cools Panels. Panels Power Irrigation.

Drip irrigation supports crops and contributes to natural evaporative cooling of solar panels, improving output consistency and farm operating efficiency.

Water and energy reinforce each other as one integrated system.

Solar panels on a greenhouse roof being cooled by water spray from the irrigation system