A private homeowner wanted to take a step toward a more sustainable lifestyle—without installing solar panels on their rooftop. Instead, they sought a solution that could both generate their own electricity and enhance the visual appeal of their property. The answer was a solar-powered carport—a solution that blends functionality, aesthetics, and climate benefits.
In collaboration with our UK-based partner Pure Energy (https://www.pureenergyuk.com/2024/09/04/sustainable-energy/) , Innoventum delivered a complete solar carport system. This timber structure was seamlessly integrated into the home’s electrical system, enabling direct charging of electric vehicles with clean solar energy. The result is a solution that delivers both economic and environmental advantages—without compromising on design.
A Solar Carport that Creates a Mini-Grid
The project included the installation of Innoventum’s wooden solar carport, complete with solar panels, EV charging infrastructure, and a battery for energy storage. In total, 15 high-performance bifacial solar panels were installed, with a total output of 6.3 kWp. The carport was built using sustainably sourced, FSC-certified glulam timber, and the weatherproof mounting system provides year-round protection for vehicles.
To maximize utility, the system also included a 10 kWh battery for storing surplus electricity, ensuring access to solar power even during evenings and cloudy days. Additional features such as LED lighting and an integrated rain gutter added safety, comfort, and longevity to the structure.
The homeowner’s challenge was to find a solution that not only produced green electricity but also added aesthetic and economic value. The goal was to cover the daily charging needs of their electric car without increasing electricity bills—while avoiding the visual disruption of roof-mounted panels. The solution also needed to qualify for sustainability certifications and access financial incentives like green energy tariffs and government grants.
Thanks to Innoventum’s approach, all these requirements were met. The building permit was quickly and easily approved. The carport blended naturally into the landscape, and the timber design offered a warm and welcoming presence. With a screw-based foundation, the installation avoided concrete work and land disruption, further reducing environmental impact.
The bifacial solar panels capture sunlight from both sides, generating more energy than traditional panels. This means the household can cover not only its regular electricity consumption but also power its electric vehicle—without increased energy costs. The 10 kWh battery allows energy to be stored for later use, ensuring a reliable, 24/7 supply of solar energy.