LONGi and Israel’s leading renewable energy developer Nofar Energy have announced a partnership to develop one of Romania‘s largest solar installations, the 282MW Corbii Mari project in the country’s Dambovita County. The collaboration will deploy over 430,000 Hi-MO 9 BC modules, establishing back contact technology as Europe’s definitive solution for utility-scale energy transformation, while marking Nofar’s most ambitious international venture to date.
The Corbii Mari project will go into production in 2026 and represents a dual milestone in Europe’s renewable transition. As Nofar Energy’s largest overseas IPP project, it anchors the company’s strategic expansion into European markets, while the installation stands as Romania’s largest BC deployment, leveraging Hi-MO 9’s industry-leading 24.8% efficiency to overcome the region’s climatic challenges. The project’s seamless execution demonstrates how BC technology delivers unparalleled bankability for developers navigating Europe’s complex energy landscape.
LONGi Europe President Leon Zhang emphasized the project’s transformative impact, commenting: “Corbii Mari transcends conventional solar deployments – it’s a powerful validation that BC technology has matured into Europe’s utility-scale foundation. By choosing Hi-MO 9 for its flagship European venture, Nofar Energy demonstrates how visionary partners are accelerating the energy transition through technological leadership.”
Mirel Jarnea, LONGi Europe Strategic Accounts Manager SEE, added “Nofar’s selection of Hi-MO 9 is a testament to the global energy sector’s recognition of BC technology as the ultimate frontier in solar innovation. This partnership reaffirms our commitment to delivering solutions that redefine efficiency, durability and sustainability.”
Favi Stelian, Managing Partner for Romania at Nofar Energy, commented: “The Corbii Mari project represents a defining moment for Nofar Energy’s European vision. By partnering with LONGi and deploying Hi-MO 9 BC technology, we are not only delivering Romania’s largest solar initiative, but also setting a new benchmark for sustainable innovation across the continent.”
The project harnesses Hi-MO 9’s revolutionary back contact architecture to achieve exceptional performance in Romania’s variable climate. The modules’ temperature resilience and 30-year degradation guarantee ensure consistent energy generation, while the ultra-high-power output minimizes land use – preserving Dambovita County’s agricultural ecosystems. With an estimated annual output of 380 GWh, Corbii Mari will displace 220,000 tonnes of carbon emissions.
