Logistics and Industry

Energy-as-a-Service and financing

So that the CAPEX wall is no longer the main barrier to decarbonisation, every project can be structured to be self-financing through the savings it generates.

Value propositions

Decarbonise your industrial site without tying up capital

Performance-based contracts (EaaS)

Access to energy efficiency with no upfront investment: financing, installation and maintenance of equipment are covered by the contract. You only pay according to the savings achieved, with contractual guarantees of results backed by verifiable indicators.

Financing & project structuring

Tailored financial arrangements for your energy efficiency, renewable generation or storage projects: leasing, third-party financing, industrial PPAs, long-term contracts. Financial engineering adapted to the reality of your balance sheets and your return-on-investment constraints.

Self-consumption & industrial PPAs

Deployment of renewable generation capacity: rooftop solar, solar canopies over logistics car parks, battery storage, integrated directly into your process. A structural reduction in your exposure to market prices, secure supply and a measurable contribution to your decarbonisation targets.

Control & guaranteed results

Real-time monitoring of your consumption, production and savings via a dedicated platform. Transparent contractual reporting, automatic drift alerts and periodic review of settings to guarantee performance throughout the contract term.

Testimonial

“Waste heat in Europe is the energy equivalent of 100 nuclear reactors running non-stop. Water Horizon’s technology is a thermal battery storage technology that recovers this waste heat and stores it without loss for distribution as heating, cooling or both.”

Jean-Emmanuel Faure,

Chairman, Water Horizon

They trust us

  • ENERGY STORAGE AND FLEXIBILITY

    Alex Jany sports complex, Toulouse Métropole

    World’s first industrial thermal battery commissioned (Sept 2025). Recovery of waste heat from the SETMI energy-from-waste plant (incinerator, 240,000 t/year of waste) transported to the Alex Jany swimming pool and ice rink complex. 2 thermal batteries of 1 MW. Financing: Water Horizon + European Commission (Innovation Fund €2.5M). Stakeholders: Toulouse Métropole, SETMI, European Commission.

  • LOW-CARBON HEATING AND COOLING

    Port of La Rochelle

    With its ambition to cut carbon emissions by 30% by 2030, collaboration between waste heat producers and consumers represents a real opportunity for the La Rochelle area.

    The La Rochelle Energy-from-Waste plant (UVE) is a treatment centre for waste from local authorities and industry.

  • ENERGY STORAGE AND FLEXIBILITY

    Bessières greenhouses

    Recovery of waste heat from the Bessières energy-from-waste plant (196,000 t/year of waste) to supply renewable cooling to the Serres de Bessières greenhouses (10 ha, 6,000 t of tomatoes/year). LH2C (Low Heat to Cold) technology: charging and discharging on the same site. A local circular economy between a waste heat producer and an agricultural cooling consumer. Financing: Water Horizon + ADEME.

ENERGY STORAGE AND FLEXIBILITY

Alex Jany sports complex, Toulouse Métropole

World’s first industrial thermal battery commissioned (Sept 2025). Recovery of waste heat from the SETMI energy-from-waste plant (incinerator, 240,000 t/year of waste) transported to the Alex Jany swimming pool and ice rink complex. 2 thermal batteries of 1 MW. Financing: Water Horizon + European Commission (Innovation Fund €2.5M). Stakeholders: Toulouse Métropole, SETMI, European Commission.

LOW-CARBON HEATING AND COOLING

Port of La Rochelle

With its ambition to cut carbon emissions by 30% by 2030, collaboration between waste heat producers and consumers represents a real opportunity for the La Rochelle area.

The La Rochelle Energy-from-Waste plant (UVE) is a treatment centre for waste from local authorities and industry.

ENERGY STORAGE AND FLEXIBILITY

Bessières greenhouses

Recovery of waste heat from the Bessières energy-from-waste plant (196,000 t/year of waste) to supply renewable cooling to the Serres de Bessières greenhouses (10 ha, 6,000 t of tomatoes/year). LH2C (Low Heat to Cold) technology: charging and discharging on the same site. A local circular economy between a waste heat producer and an agricultural cooling consumer. Financing: Water Horizon + ADEME.

Contact

Request a decarbonisation assessment

eren low carbon buildings

Our expertise

Low-carbon heating and cooling

Geo-energy and smart boiler plants to aim for zero carbon

Thermal management of sensitive infrastructure

Generate on site to gain autonomy

Energy storage and flexibility

Smooth out peaks, secure your energy, cut your bill

AI-driven control and optimisation

AI makes continuous adjustments to sustain performance

Energy-as-a-Service and financing

Decarbonise faster, with a performance-based model