Full EPC, 70 MWp project for Eurowind Teius.

At the southern edge of Giurgiu, where an industrial ash field once stood, a new story of transformation took shape — the Giurgiu Photovoltaic Power Plant, a project that turned a former industrial site into a source of clean energy.
Built on 83 hectares, with a total capacity of 51.93 MWp, the solar park integrates 85,000 LONGI photovoltaic panels and 170 Huawei inverters, combining cutting-edge technology with local engineering expertise.
ENEVO Group was responsible for the design and implementation of the project as an EPC, ensuring the optimal configuration of the mounting structure and adapting to the unique nature of the terrain.
What once was a marshy, acidified area has been reimagined as a space where nature and technology coexist — a powerful symbol of ecological reconversion and sustainable progress.
Constructed for SIMTEL, the Giurgiu PV Plant stands as proof that collaboration, innovation, and purpose can reshape both landscapes and the energy future of Romania.

The Chişineu-Criş Photovoltaic Power Plant (54.11 MWp) has been successfully completed including energization, after 8 months of construction. As EPC contractor, ENEVO Group delivered LSTK (Lump sum turnkey) project full engineering, procurement, and construction works for the solar plant, transforming design into real performance.

This full Engineering, Procurement, and Construction (EPC) is going to generate an anual output of over 60 GWh. The 42 MWp photovoltaic park is built using highly efficient Canadian Solar panels and Sungrow inverters, selected for their reliability and advanced grid integration capabilities, providing smooth power conversion and system stability.

ENEVO Group delivered the Botiz Photovoltaic Park (27.055 MWp) under a Full EPC contract, including both the PV plant and the 110/20 kV transformer substation.
Built on a fixed south-oriented structure with GCL panels, Metalix mounting systems, and integrated MV stations, the project produces over 32,000 MWh/year of clean energy.
The scope included engineering, procurement, construction, testing, and commissioning, ensuring full compliance with grid standards and seamless integration into the national network.

This 20 MWp photovoltaic park was built in Adjud for Vrancart SA, using highly efficient Canadian Solar panels and Sungrow inverters, for optimal solar energy capture and efficiency, providing smooth power conversion and system stability. A Full Engineering, Procurement, and Construction (EPC) project, the park is operating since 2024.

We are proud to announce the successful completion of a 12 MW photovoltaic power plant in Vulturu, Vrancea, constructed for Electrica SA. This marks a significant milestone in our collaboration, delivering clean, sustainable energy to the region. The project showcases our shared commitment to renewable energy and environmental responsibility.

Developed in 2022 for Therme MEP, this full Engineering, Procurement, and Construction (EPC) project consisted of a 2.51 MWp solar photovoltaic system integrated with an 0.8 MWh energy storage solution. The project was designed to enhance energy efficiency and reduce reliance on conventional power sources, supporting Therme’s sustainability goals.The solar installation utilized high-efficiency Longi solar […]

This 1.59 MWp Full Engineering, Procurement, and Construction (EPC) solar photovoltaic system for NEPI Rockcastle's Vulcan Value Center is situated in Bucharest and was completed in 2022.

The solar installation is built on durable Cleanergy structures, using Canadian Solar panels for optimal energy capture and long-term performance. Sungrow inverters were selected for their reliability and advanced grid integration capabilities, ensuring smooth power conversion and system stability.

This 1.56 MWp Full Engineering, Procurement, and Construction (EPC) solar photovoltaic system was built for NEPI Rockcastle's Ramnicu-Valcea Shopping City and is operating since 2023.

Highly efficient Longi solar panels mounted on durable Cleanergy structures ensure optimal energy capture and long-term performance. Sungrow inverters were selected for their reliability and advanced grid integration capabilities, ensuring smooth power conversion and system stability.