Financing of 3.4 million euros for the construction of two photovoltaic parks in Prahova

ProCredit Bank Romania announces the granting of financing in the total amount of 3.4 million Euros to the group of companies 3D Steel Design & Construct SRL and Hansarom Management & Consulting SRL. This financing facilitates the construction of two photovoltaic parks, one with a capacity of 5.6 MWp and the other with a capacity of 4.3 MWp, both equipped with a 1 MW battery energy storage system.

The total investment in the two projects will be almost 6 million euros, of which ProCredit Bank will provide financing in the total amount of 3.4 million euros. The projects will also benefit from European funding with non-refundable funds through the National Recovery and Resilience Plan.

“On our way to a more sustainable economy, efficiency in the management and use of solar energy becomes crucial for a successful energy transition to renewable sources. The collaboration between ProCredit Bank and the group 3D Steel Design & Construct SRL and Hansarom Management & Consulting SRL exemplifies a successful financing model, based on European funds through PNRR and the financial support provided by the Bank. We are proud to contribute in this way to the development of a sustainable energy infrastructure at the national level”, said Ștefan Manole, Director General of ProCredit Bank Romania.

The companies 3D Steel Design & Construct SRL and Hansarom Management & Consulting SRL plan to develop two photovoltaic park projects in Prahova county. The investment made by 3D Steel Design & Construct SRL in the city of Poenarii Burchii, consists of a photovoltaic plant with a capacity of 5.6 MWp. It will be mounted on the ground on a fixed structure and will include 9,816 photovoltaic panels of 580 Wp. The project in Bănești, developed and owned by Hansarom Management & Consulting SRL, consists of a photovoltaic power plant on the ground with a total capacity of 4.3 MWp. Both projects feature a 1 MW battery energy storage system, which will act as a grid balancing and stabilization mechanism for the PV plant.