Solar Waves Car Park Roofs

  • Aluminum Frame

    Solar Waves uses a strong aluminum frame with ground anchors—no concrete needed. Installed with just a forklift and small crew, the system enables fast, low-impact deployment over car parks, making it perfect for efficient setup and long-term flexibility.

  • Solar Roof for Car Parks

    Solar Waves arrays turn parking areas into dual-purpose energy hubs—providing shelter and generating solar power. Fully watertight and space-efficient, they enhance functionality while supporting sustainability in both urban and remote settings.

  • Advertising Spaces

    Solar Waves structures double as high-visibility ad platforms. Integrated display areas on the support walls are powered by solar energy—ideal for digital or static ads. They generate extra revenue while promoting eco-friendly, eye-catching messaging.

Download our 'Car Park Roofs' Brochure

Self-Cleaning & Rainwater Collection

Introducing the world’s first solar array with built-in self-cleaning and rainwater harvesting. Solar Waves uses rainwater collected in its ridged design, pumping it from the top to automatically clean panels—no manual effort required. This not only maintains peak performance but also reduces water waste and maintenance costs. By combining sustainability with smart automation, Solar Waves sets a new global standard in efficient, low-maintenance solar technology.

Solar Power Output Simulation

This tool makes our solar performance simulations accessible to the public — from policymakers to investors. It models how much energy a solar array can generate in any global location using real weather data and solar physics.

The model accounts for:

  • Panel orientation (e.g. south-facing or east-west-facing)

  • Local solar irradiance (sunlight availability)

  • Panel specifications (wattage, efficiency, area)

  • Cooling effects from water surfaces below the array

Our goal is to share the science behind Solar Waves: Solar installations that not only generate power but also reduce water evaporation in dry climates.

Use the map to choose a location, configure the system, and explore monthly and annual energy output.