OUR SOLUTIONS

SOLAR ENERGY AS A MAJOR LOW-CARBON SOURCE OF THE ENERGY TRANSITION

Verso Energy works on agrivoltaic solutions which aim to create synergy between agricultural production and renewable energy production. Depending on the agricultural activity, the agrivoltaic technologies selected will provide at least one of the following services: improvement of agronomic potential and revenue, facing the risks climate change, protection against hazards or even improvement of animal welfare.

Verso Energy priority is to create an ecosystem, combining preservation of biodiversity, sustainable agriculture, sharing of values with the locality and production of green energy.

Services provided to the farm

Providing an additional income

Mitigating risks associated with climatic hazards (frost, hail, high heat, violent wind, etc.)

Improved water management

Improved animal wellbeing

Improvement of potential and agronomic impact

Each project is unique.

Each project is approached with a tailored strategy :

  • With the farmer at the center of the project, respecting the planned and possible cultivation routes
  • By also relying on the advice of our agricultural partners, as well as collaboration with research institutes and independent third-party experts
  • By adapting our structures to the type of large-scale crops or livestock farming.

Livestock

Grain cultures

You are a farmer or farm owner?

Verso Energy develops all types of ground-mounted solar projects

  • Development of anthropized land, particularly wasteland and degraded land
  • Equipment of floating structures on water
  • Synergy between agriculture and solar energy: agrivoltaism

Solar power plant on anthropized land

Floating Solar power plant

Do you own or operate degraded land or bodies of water?

HYDROGEN, THE ENERGY VECTOR OF TOMORROW TO DECARBONATE THE INDUSTRY

To achieve carbon neutrality by 2050, Verso Energy is convinced that hydrogen (H2) will be essential to decarbonize the industry, this can be achieved by coupling it with renewable energies, as well as recovering surpluses while decarbonizing uses that cannot be electrified.

Among these uses, hydrogen offers a low-carbon solution to the strong operational constraints linked to transport: automobile with heavy and light mobility on the one hand and aviation and marine sector using synthetic fuels on the other (or Efuels).

Challenges and opportunities of hydrogen

Valuation of O2 and waste heat from the production of H2 by electrolysis

Ability to modulate power to serve the electrical grid

Production of synthetic fuels by combining H2 and CO2

Reduction of greenhouse gas emissions

Our approach to hydrogen

  • Optimize our infrastructure to produce carbon-free hydrogen at a competitive cost.
  • Collaborate with leading partners to respond to our clients’ technical and regulatory issues.
  • Reduce CO2 emissions from an industrial site by 20 to 30% by offering a modular, turnkey offer implemented within 24 months.

An innovative and integrated model

STORAGE AS A LEVER OF FLEXIBILITY TO INTEGRATE RENEWABLE ENERGY

Battery energy storage systems provide numerous services to decarbonize the economy.

Installed independently or integrated within a production center or a consumer site, batteries can help balance the grid in real-time by aligning production with consumption. This contributes to maintaining the stability and frequency of the electricity grid, which is especially critical as carbon-free, intermittent energy sources increase the demand for grid flexibility.

Additionally, batteries can optimize grid connection costs, ensure the security of supply, and help alleviate congestion on the electricity network.

Services provided by energy storage

Integration of renewable energies

Connection optimization

Balance of the electrical system

Self-consumption

Management of peak consumption

Verso optimally sizes batteries and value them on the market

PROSPECTING

Search for the most relevant sites using our network of territorial managers.

SIZING

Battery sizing with our optimal dispatch algorithms and our expertise in electricity markets.

DEVELOPMENT

– Engineering and sizing
– Connection request
– Obtaining authorizations

Construction

– Supervision of the execution phase
– Commissioning of installations

Exploitation

Real-time operation and valuation on the markets.

Stand alone system

THREE TECHNOLOGIES INTEGRATED IN SYNERGIES BY VERSO ENERGY IN A NEW APPROACH

The energy transition requires a new approach to energy production and consumption. Due to the proliferation of decentralized means of production, storage and energy consumption, the energy transition requires perfect synchronization of these instruments to guarantee the balance of the electricity and gas networks.

Verso Energy acts as a conductor, optimizing in real time the use of various means of production to guarantee a balanced and competitive supply to its customers. As a supplier of renewable and carbon-free energy, Verso Energy is fully committed to a reliable, responsible and competitive energy transition of the 21st century.

Verso Energy operates across the entire value chain and throughout the lifecycle of projects

Verso Energy specializes in the prospecting, development, financing, and construction of renewable energy production plants, energy storage batteries, and hydrogen production facilities such as electrolyzers. Verso Energy is involved in every stage of these projects’ value chain and brings strong expertise to each link, ensuring a decarbonized energy mix with a significant share of renewable energy.

PROSPECTING

– Identification of the opportunity
– Pre-feasibility study
– Local consultation

DEVELOPMENT

– Engineering and sizing
– Connection request
– Obtaining authorizations

FUNDING

– Structuring and financing of the project
– Long-term investment

Construction

– Supervision of the execution phase
– Commissioning of installations

Exploitation

– Installation management
– Maintenance
– Operation monitoring