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. Thus, ProCredit Bank strengthens its role as a reliable partner for promoting the sustainable development of small and medium enterprises in Romania.
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 towards renewable sources. The collaboration between ProCredit Bank and the group 3D Steel Design & Construct SRL and Hansarom Management & Consulting SRL exemplifies a model of successful financing, based on European funds through PNRR and the financial support offered by the Bank. We are proud to contribute to the development of a sustainable energy infrastructure at the national level,” said Ștefan Manole, general director, 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 SR 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.