Traders’ hydro-volatility map for...

From a trader’s perspective, hydropower in South-East Europe is less about reservoirs and...

2030–2040 hydro-balancing forecast model...

Between 2030 and 2040 hydropower in South-East Europe shifts from being primarily an...

Hydropower as baseload or...

Hydropower has always occupied a privileged position in South-East Europe’s electricity systems. Before...

SEE power trading: A...

South-East Europe is entering a period where the spread and balancing environment becomes...
Supported byClarion Energy
HomeSEE Energy NewsRomania: Heliopolis launches...

Romania: Heliopolis launches 400 MW hybrid solar and storage project

Italian company Heliopolis, headquartered in Milan with branches in Timisoara and Bucharest, has announced a large-scale hybrid renewable energy project in southeastern Romania, featuring over 400 MW of solar capacity and nearly 1,000 MWh of battery storage.

The development, located in Calarasi county, is considered one of Romania’s most significant integrated solar-and-storage initiatives. Heliopolis confirmed that the project has now reached ready-to-build status.

The initial phase includes four hybrid plants combining 307 MW of solar with a 224 MW / 976 MWh battery system, all connected through a single 400 kV network access point. Heliopolis noted that this is only the first stage of a larger plan, with work already underway to expand the installation to 600 MW of solar and 450 MW, 4-hour battery storage, strengthening the company’s role in Europe’s energy transition and development of strategically important energy infrastructure.

Supported byOwner's Engineer banner

Recent News

Supported byspot_img
Supported byspot_img

Latest News

Supported byspot_img
Supported bySEE Energy News

Related News

Hydro–storage–renewables integration strategy for SEE

Designing an integration strategy for hydropower, storage and renewables in South-East Europe means accepting that no single technology can deliver both decarbonisation and stability. Wind and solar bring energy and cost advantages. Hydro brings dispatchable flexibility and system strength....

Traders’ hydro-volatility map for SEE

From a trader’s perspective, hydropower in South-East Europe is less about reservoirs and turbines and more about timing, asymmetry and correlation with wind and solar patterns. A hydro-volatility map of the region does not describe water levels; it describes...

2030–2040 hydro-balancing forecast model for SEE

Between 2030 and 2040 hydropower in South-East Europe shifts from being primarily an energy source to being the central balancing instrument in a renewable-dominated system. The key feature of this decade is not how many terawatt-hours hydro plants generate,...
Supported byVirtu Energy
error: Content is protected !!