Introduction to the Project
This funding round supports the early-stage development of energy storage projects in Finland, with a particular focus on financing battery storage studies and technical assessments. These early-phase development steps are essential to validate site-specific performance, assess grid integration, and optimise the design prior to permitting and construction: all crucial for ensuring long-term operational success and environmental compliance.
Led by Valorem Energies Finland Oy, this project is part of the company’s broader strategy to strengthen Finland’s energy system through flexible, scalable storage solutions. Once operational, the BESS installations will stabilise the grid, absorb low-cost renewable overproduction, and release energy when demand peaks, directly supporting Finland’s renewable expansion and electricity market balance.
While construction is funded under a separate budget, your investment enables one of the most decisive phases of the development cycle. Beyond its climate impact, the project brings long-term economic value to the region through local services, infrastructure improvements, and municipal tax revenues.
Status of the project:
The project is currently in an early development phase. Valorem is conducting several environmental, technical and grid-integration studies to prepare for permitting and later construction. The loan raised through this campaign will specifically finance battery storage studies, which are required for energy yield modelling, system design, and optimisation of operational services such as frequency regulation and peak shaving.
Collateral:
The investment is issued by Valorem Energies Finland Oy and fully guaranteed (100%) by its parent company, Valorem S.A.S. Valorem is a profitable and well-capitalised French renewable energy company with consolidated group assets exceeding €1.4 billion. The guarantee ensures investors benefit from the Group’s financial strength.
Battery energy storage systems:
Once completed, the installation will provide flexible storage capacity that supports Finland’s renewable energy expansion. The system stores electricity when production is high and releases it during demand spikes, helping stabilise the national energy system and accelerating the integration of wind and solar power.