Solar Canopy

A Smart Blend of Solar Power, Elegance, and Weather Protection

Our Transparent Photovoltaic Canopy integrates high-efficiency thin-film solar technology with modern architectural aesthetics, delivering a multifunctional solution that provides shading, rain protection, and clean energy generation.
Designed for both residential and commercial applications, this semi-transparent canopy allows natural light to pass through while continuously generating electricity — even under cloudy skies or diffused lighting conditions.

Ideal for garden patios, terraces, walkways, bus shelters, carports, and public spaces — the Transparent Photovoltaic Canopy redefines sustainable outdoor living.

Features

Ultra-Slim & Lightweight

Slim profile and reduced weight for easier installation and wider system compatibility.

Outstanding Hail Impact Resistance

Tested under 25 mm ice ball at 23 m/s, IEC 61215 compliant

Architectural Integration

Minimalist design with customizable colors, light transmittance, and dimensions for seamless integration

High-Efficiency Power Generation

Thin-film CdTe technology with stable output in low or diffused light; direct insulation integration for higher yield.

Fire Safety

Passed the A-level fire test, the highest fire rating in Europe and the USA

Excellent wind resistance

Static mechanical load variable from ±2400 Pa, to±7500 Pa, even bulletproof

Ultra-low Carbon Footprint

Fully recyclable design with an ultra-low carbon footprint (11 g CO₂ eq/W)

Thermal Durability

Thermal cycling (-40°C to +85°C, 200 cycles, ≤5% power degradation)

Safety & Reliability

Laminated safety glass construction prevents shattering and meets the safety requirements for high-rise and public buildings.

Products

SolarInn Ultra-slime

SolarInn Ultra-slim™ is a next-generation photovoltaic glazing solution designed for architectural integration, optimized for solar canopy applications. Featuring ultra-thin, high-efficiency Cadmium Telluride (CdTe) technology, it delivers outstanding power generation even under low light and diffuse light conditions, while maintaining a sleek and minimal structural profile.