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Romania's Prime Batteries Technology and Monsson have activated the largest battery energy storage system in the country, with a capacity of 24 MWh. This system is part of a larger project that includes three battery units co-located with a PV park within the Mireasa wind farm, totaling 216 MWh by 2025. The first-stage BESS in Constanta County will store electricity from the Mireasa wind park and the under-construction Galbiori 2 PV plant.The BESS complex will create the first hybrid solar-wind-battery complex in Romania and will be the largest of its kind in Europe once fully commissioned. The facility will use Prime Batteries' technology and consist of 132 battery strings with 114,048 lithium-ion cells, allowing for the storage of power from renewable sources and the national grid when needed. What makes Romania's new battery energy storage system unique in Europe? The new battery energy storage system in Romania is unique in Europe due to its size, with a capacity of 24 MWh and a total capacity of 216 MWh by 2025. The system is part of a larger project that includes three battery units co-located with a PV park within the Mireasa wind farm, creating the first hybrid solar-wind-battery complex in Romania. The facility will use Prime Batteries' technology and consist of 132 battery strings with 114,048 lithium-ion cells, allowing for the storage of power from renewable sources and the national grid when needed. Once fully commissioned, the BESS complex in Romania will be the largest of its kind in Europe, showcasing the country's commitment to renewable energy and energy storage technology.

renewable energy firm Enery has launched the Sarmasag solar farm in northwest Romania, featuring a 51.4-MWp solar installation paired with a 22 MWh battery energy

Energy NV has launched a 7.5-MWp solar park, Faget 3, in Romania's Timis County, contributing to its portfolio of renewable energy assets. This facility is the

Romania is set to sign its first Contracts for Difference (CfD) by the end of 2024, according to the Romanian Photovoltaic Industry Association (RPIA). The initial auction aims to allocate 500 MW of solar and 1 GW of onshore wind projects, with bidding extended until November 18.The CfD auction is part of a broader initiative with a budget of €3 billion ($3.54 billion) to support 5 GW of renewable energy projects. The maximum prices in this inaugural round are capped at €82 per MWh for onshore wind and €78 per MWh for photovoltaic solar. A second auction for the remaining capacity is planned for next year. What are the implications of Romania's first CfD auction for renewable energy development? Increased Renewable Capacity: The CfD auction represents a significant step towards boosting Romania's renewable energy capacity. With 1.5 GW of projects in play, this will contribute notably to the country's energy mix. Attracting Investments: The establishment of Contracts for Difference is expected to attract both domestic and foreign investments in the renewable sector. Clear pricing signals can encourage investors to commit capital to renewable energy projects. Cost Predictability: The fixed pricing mechanism provided by the CfD ensures that energy producers can predict their revenues with greater certainty. This stability can make renewable projects more financially viable in the long term. Market Growth for Renewables: The initiatives surrounding the auction are likely to stimulate the growth of the renewable energy market within Romania, leading to enhanced competitiveness and innovation among energy providers. Diverse Project Development: By accommodating both solar and wind projects, the CfD auction promotes a balanced approach to renewable energy development. This diversification can enhance energy security and grid stability. Alignment with EU Goals: Romania's move towards CfDs aligns with broader European Union goals for increased sustainability and renewable energy adoption, potentially facilitating easier access to EU funding and support. Job Creation: The expansion of renewable energy projects can lead to the creation of jobs in various sectors, such as construction, maintenance, and technical services, positively impacting the job market in Romania. Long-Term Energy Security: Increased investment in renewable energy through the CfD framework can enhance Romania’s energy independence, reducing reliance on fossil fuel imports and mitigating the effects of price volatility in global energy markets. Environmental Impact: The transition towards greater renewable energy deployment plays a critical role in combatting climate change by reducing greenhouse gas emissions, thereby supporting Romania's commitments to environmental sustainability. Learning and Experience: The initial auction will provide valuable insights into the CfD process, allowing for refinements in future auctions. Feedback from this experience can inform regulatory adjustments and improve efficiency in subsequent rounds. Potential for Future Auctions: The success of the first auction could lead to more frequent and larger-scale auctions in the future, further accelerating the development of renewable energy projects in Romania and establishing a robust framework for energy transition.

CWP Europe is the developer of the 600-MW Fantanele Cogealac wind farm in Romania, which is the biggest such facility in all of Europe. The business has a

Romanian engineering and technology firm Simtel Team (BVB: SMTL) has won an engineering, procurement and construction (EPC) contract from Austria’s Verbund AG to deliver an over 60-MWp solar park in Northern Dobruja, strengthening the utility’s fast-growing renewables portfolio in Romania. Placed by Verbund Wind Power Romania, the deal is valued at about EUR 19.1 million (USD 22.2m) before VAT, Simtel said. The company will design, build and commission the photovoltaic (PV) facility, with completion targeted in roughly 15 months. The plant will rise near the commune of Casimcea in Tulcea County and will be configured to hybridise with Verbund’s 226-MW CAS South 2 wind farm. Hybridisation is central to the project’s design. By pairing new PV capacity with existing wind assets, Verbund can smooth output, better use shared grid infrastructure and shift more generation into high-demand hours. In regions like Northern Dobruja—known for consistent wind and strong solar irradiation—complementary profiles help reduce curtailment and enhance revenues, while supporting grid stability. Verbund has operated in Romania since 2012 through its local wind unit and is adding solar to diversify generation and improve flexibility. Earlier this year, the company acquired a 272-MW wind project in western Romania on the Serbian border from local developer Monsson, underscoring its longer-term build-out strategy across multiple technologies. For Simtel, the award extends a track record in utility-scale EPC delivery at a time when developers are racing to meet connection windows and capitalise on improving economics for storage-ready solar. The company will oversee all phases—from detailed engineering and procurement to construction, testing and commissioning—working to integrate the new PV asset with the operational wind farm. Once online, the Casimcea solar park is expected to contribute meaningfully to Romania’s decarbonisation targets and regional security of supply, adding daytime generation that complements the area’s strong wind resource. With a clear schedule, defined EPC scope and an offtaker focused on hybrid solutions, the project illustrates how mature European players are knitting together multi-technology portfolios to manage volatility and accelerate the energy transition.

that it signed the agreement on Monday at an occasion in Abu Dhabi attended by Romanian President Klaus Iohannis and Minister of Energy Virgil Popescu, as well as

of June. Eligible to bid will be proposals of at the very least 5 MW in size. Romania aims to get to at the very least a 34% share of renewables in total power

Area and also Norwegian Grants 2014-2021, under the Energy Programme in Romania project valued at 769,991 euro ($935,694) for style and also implementation,

Energy NV has expanded its photovoltaic (PV) capacity in Romania, surpassing the 50 MWp mark with the commissioning of the Sarulesti solar park. This facility,

is spending roughly EUR120m to develop solar farms it has gotten in Romania amounting to 166MW. Under arrangements that have actually been authorized,

space system service supplier Sungrow Energy has introduced its' contract with Romania's PV plant project called Ratesti PV plant. Under this contract, Sungrow will

begun construction on a 60.2-MW solar photovoltaic project in Transylvania, Romania. The Teius park, located near Teius in Alba County, will cost around EUR 55

Minister of Romania Nicolae-Ionel Ciucă has consulted with AE Solar as well as Black Sea Universities Network agents as well as German renewables gamer AE Solar

an 80-megawatt peak (MWp) solar farm in Rascaeti, located in Dambovita County, Romania. This development marks a significant step in MET Group's expansion into