Elements, a developer and owner of renewable energy assets, Eclipse, a specialist in optimising battery storage assets, and Crédit Agricole Transitions & Énergies, a key player in financing the energy transition, announce the establishment of a partnership around a hybrid project combining a photovoltaic power plant and a battery storage system
JP Energie Environnement (JPee), an independent French renewable energy producer, and Crédit Agricole Transitions & Énergies, a subsidiary of the Crédit Agricole group dedicated to supporting the environmental transitions of its customers, announce the creation of a joint development platform to support farmers in the implementation of their agrivoltaic projects.
Crédit Agricole Transitions & Énergies is participating, alongside Crédit Agricole Leasing & Factoring and the banks of the Group, in the financing of a portfolio of four agrivoltaic projects in Italy, developed by Photosol, for a total capacity of 43 MW
In the face of major environmental and societal challenges, Crédit Agricole has chosen to support the transitions of its clients and society.
In line with its mission to Working everyday in the interest of our customers and society”, Crédit Agricole places a complete commitment to serving the real economy of the territories at the heart of its societal project, to support the daily lives of the French people.
To support and accelerate these transitions, the Crédit Agricole Group has decided to launch Crédit Agricole Transitions et Énergies. Its dynamic has been fueled, since its inception, by the experience gained by the regional banks.
Elements, a developer and owner of renewable energy assets, Eclipse, a specialist in optimising battery storage assets, and Crédit Agricole Transitions & Énergies, a key player in financing the energy transition, announce the establishment of a partnership around a hybrid project combining a photovoltaic power plant and a battery storage system.
The portfolio comprises four projects and will generate stable and sustainable revenues by combining solar energy production and agricultural activities, notably beekeeping, thereby creating strong operational synergies between energy production and land use.