Renewable energy
towards energy autonomy .

Renewable energy production is a crucial step in achieving energy autonomy and reducing the carbon footprint of your facilities. Enerlis offers you innovative solutions to generate your own clean and sustainable energy.

*Solar self-consumption can reduce CO2 emissions by 80%.

80%


CO2 reduction *

*Car parks of more than 1,500 m2 must be equipped with parking shades covering 50% of their surface area by January 1, 2026.

1500 M2

of parking lots*

*Using heat refrigeration pumps (TFP) can reduce heating and cooling costs by 50%.

50%

savings*

Our renewable energy solutions 

Solar self-consumption
Produce your own electricity

Enerlis supports you in your solar projects in self -consumption, throughout the lifespan of the project: from design to operation. You directly consume the electricity produced, reduce your bills and decrease your network dependence. A reliable solution, quickly profitable and inscribed in a concrete approach to decarbonation.

self-consumption
small hydroelectricity

Small hydropower
harness the power of water

Take advantage of waterways to generate renewable energy thanks to adapted hydroelectric installations. Small hydropower systems provide a constant, environmentally friendly source of energy.

Thermofridge pump (TFP)
Heat and cool efficiently

Identify sources of waste and discover opportunities for improvement with our energy audit. Our experts analyze your installations to propose tailor-made solutions that maximize your energy savings.

self-consumption
car with hydrogen logo on filler cap. h2 combustion engine for emission free ecofriendly transport.

Recharge terminals Facilitate electric mobility

Enerlis pilot the deployment of charging stations for electric vehicles, whether in support of your low carbon strategy or in connection with a self -consumption project. We select suitable technical partners, ensure financial assembly, and make sure to the optimal integration of on -site equipment. A turnkey response to accelerate sustainable mobility and meet upcoming regulatory obligations.