Solar roofing

Solar roofing is now one of the most effective solutions for producing clean, local, and sustainable energy. By utilizing existing surface area, it transforms a building into a genuine source of energy production, while optimizing its use and asset value.

At TSB Énergie, we design and carry out solar roofing projects tailored to the needs of individuals, businesses, farms, and communities in the Toulouse region. Each installation is designed to guarantee optimal performance, harmonious integration into the building, and long-term durability. Solar roofing is a strategic investment that can generate significant savings on energy bills while actively contributing to the energy transition.

Beyond electricity production, solar roofing helps secure energy costs in the face of rising prices, reduce the carbon footprint of buildings, and enhance the value of existing infrastructure. For professionals and farmers, it can also be a source of additional income through self-consumption or the resale of the electricity produced.

Every solar roofing project carried out by TSB Énergie undergoes an in-depth technical study: orientation, available surface area, regulatory constraints, production targets, and profitability. This rigorous approach enables us to offer reliable solutions that comply with current standards and are perfectly suited to each site.

Through our projects, we demonstrate that solar roofing is much more than just a photovoltaic installation: it is a lever for energy, economic, and environmental performance. Browse our projects and discover how your roof can become a sustainable asset for your energy future.

This 300 kWp solar roof project, carried out in Sarthe in the Pays de la Loire region, illustrates the implementation of a photovoltaic installation on a commercial building. The installation was designed to integrate perfectly with the existing structure, making the most of the roof surface and ensuring a reliable installation that complies with current standards.

The “Emile” photovoltaic project, with a capacity of 499.81 kWp, involves the installation of 1,149 modules on a dedicated Terravolta infrastructure. The installation has been designed in accordance with technical and regulatory requirements, with dimensions tailored to the project’s objectives.

This project was about the installation of 2,940 325 Wp photovoltaic panels and 12 DELTA M88H inverters. The system has been set up to optimize energy production and make full use of the available surface area.

This project comprises 670 photovoltaic panels with a capacity of 435 Wp. The installation was designed to maximize energy production while adapting to the constraints of the roof.