Using coal fundamentals in...

A trader’s guide to converting lignite production signals into actionable price intelligence Short-term electricity...

Coal production, trading dynamics,...

Coal production in South-East Europe remains a defining component of the region’s energy...

Coal-fired power plants in...

Coal-fired power plants remain central to the electricity systems of South-East Europe, particularly...

Spread markets take hold...

Southeast Europe is entering a new gas era defined not by rigid pipeline...
Supported byClarion Energy
HomeSEE Energy NewsRomania: Simtel expands...

Romania: Simtel expands renewable portfolio with landmark 52 MW solar power plant

Romanian engineering and technology group Simtel has brought online a 52 MW solar power plant in Giurgiu, now the largest photovoltaic facility in the country built entirely on rehabilitated industrial land. Constructed on the grounds of a former ash disposal site, the plant is expected to generate around 73 GWh of electricity per year. Completed in the last quarter of 2025, the project was fully developed by Simtel—from land acquisition and design to construction, automation, and commissioning.

Simtel CEO Mihai Tudor emphasized that the Giurgiu project demonstrates the potential of neglected industrial areas to be transformed into productive renewable-energy assets. He noted that the unstable terrain of the former ash pit required complex engineering approaches rarely used in standard greenfield solar developments.

Simtel acquired the 83-hectare site in October 2021. The area includes a 16-hectare lake formed within the old ash pit. The investment was financed through a mix of sources: a €12 million non-repayable grant from Romania’s National Recovery and Resilience Plan, a bridge loan from Banca Transilvania, and a €16 million investment loan. The plant consists of more than 85,000 solar modules and 170 smart inverters, feeding power into the national grid through six transformer stations and a newly built high-voltage substation.

Electricity from the facility will be supplied under a 10-year Power Purchase Agreement between Simtel and G-Energy Solutions, of which Simtel owns 62 %. Over the contract period, Simtel will deliver an expected 736 GWh to G-Energy’s clients.

Simtel’s development pipeline is also expanding. The company now owns nine solar projects in various stages of construction and permitting, totaling 153 MW and expected to produce over 200 GWh annually. Four projects—Plesoiu (phases 1 and 2), Iacobeni, Salonta, and Giurgiu—are already operational. Additional developments in Anina, Ianca, Mangalia, and Movilita are scheduled to be completed by the end of 2026.

Simtel is also moving forward with preparations for the Bughea solar project in Argeș County. With a planned capacity of 70 MW and commissioning targeted for the second quarter of 2027, it is set to become Simtel’s largest proprietary solar installation to date.

Supported byOwner's Engineer banner

Recent News

Supported byspot_img
Supported byspot_img

Latest News

Supported byspot_img
Supported bySEE Energy News

Related News

Using coal fundamentals in short-term spread strategies in SEE power markets

A trader’s guide to converting lignite production signals into actionable price intelligence Short-term electricity trading in South-East Europe revolves around two fundamental realities: the physical nature of the grid and the behaviour of the generating fleet. Among all conventional technologies,...

Coal production, trading dynamics, trader strategies, logistics, quality and future projections in SEE

Coal production in South-East Europe remains a defining component of the region’s energy system. Unlike international hard-coal markets, SEE coal is primarily lignite, mined domestically and consumed domestically in power plants located close to the pits. The economics, quality,...

Coal-fired power plants in SEE – baseload influence, outages, market effects, cross-border trading, lifespan, coal output, quality and environmental costs

Coal-fired power plants remain central to the electricity systems of South-East Europe, particularly in Serbia, Bosnia and Herzegovina, Montenegro, Romania and Bulgaria. These units were built in an era when baseload stability mattered more than flexibility, when domestic lignite...
Supported byVirtu Energy
error: Content is protected !!