The first consignment of photovoltaic panels has arrived in Romania for four large-scale solar power plants developed by OMV Petrom and Energy Complex Oltenia (CE Oltenia). The shipment marks the start of equipment deliveries for one of the country’s largest renewable energy projects to date.
Port unloading and phased transport to project sites
The panels were unloaded at the Port of Constanța. They will be moved in phases to the project sites in Ișalnița, Tismana and Rovinari. Installation work is expected to begin as deliveries reach each location, with construction teams working in parallel across all three sites to accelerate progress.
Panel volumes, logistics and construction activity
Across the portfolio, the project will require around 800,000 photovoltaic panels. Logistics are expected to involve approximately 1,500 truck transport movements during the construction period. Delivery sequencing is tied to the start of installation at each site, with teams operating concurrently across locations.
Capacity, timeline and household supply expectations
When completed, the four solar power plants will have a combined installed capacity of approximately 550 MW. Commercial operation is planned for 2027. The facilities are expected to generate enough electricity to supply around 500,000 households annually.
Investment structure and EU Modernisation Fund financing
The total investment exceeds €400 million, with roughly 70% financed through the EU Modernisation Fund. The first funding tranche is valued at around €70 million and was disbursed in December 2025. The projects are being developed via a joint venture with equal ownership between OMV Petrom and CE Oltenia.
Role within CE Oltenia restructuring strategy
The solar portfolio is described as a key pillar in CE Oltenia’s restructuring strategy aimed at reducing dependence on coal through expanded renewable generation capacity. For OMV Petrom, the project is intended to strengthen its position in Romania’s growing renewable energy sector while supporting its broader transition strategy.
