LONGi Solar Europe Secures 100MW Deal for LATAM Utility-Scale Project, Advancing BC Technology

LONGi Solar, a global leader in solar technology, has secured a landmark agreement to supply more than 100MW of its Hi-MO 9 modules for a major utility-scale solar project across the LATAM region. Led by LONGi’s European team, the partnership highlights the company’s ability to deliver advanced back contact (BC) solutions for large-scale projects in varied markets, further reinforcing Europe’s position as a central driver of global renewable energy innovation.

Project Overview: Connecting Continents Through BC Technology

Developed in collaboration with a leading global energy developer, the project harnesses LONGi’s Hi-MO 9 modules to tackle complex energy demands across diverse, sun-rich climates. Engineered for scalability, the initiative maximises land use and energy output by utilising BC technology’s top-tier efficiency (up to 24.8% module conversion) and robust durability. This deployment supports Latin America’s decarbonization goals, enhancing grid stability and bolstering energy security in markets experiencing rapid renewable energy growth.

Mr. Francois Cui, President of LONGi Europe, stated that the collaboration demonstrates how European technical excellence is driving global energy transitions. He emphasized that by combining LONGi’s innovation with cross-regional execution capabilities, the company is showcasing that BC technology is not only a European success but is becoming the universal standard for utility-scale solar projects.

Mr. David Sanchez, General Manager IBERIA at LONGi Europe, added that the project represents a significant milestone for LONGi. He highlighted the excitement in seeing customers fully embrace the superior advantages of BC technology, noting that it is paving the way for a new era of photovoltaic modules within the industry.

The Hi-MO 9’s back contact design eliminates front-grid shading, offering a significant advantage in regions focused on land optimization and ecological conservation. With guarantees for anti-PID and anti-LID, the modules deliver dependable performance over 30 years, cutting the Levelized Cost of Energy (LCOE) by 7-9% compared to traditional technologies. The project is expected to offset over 120,000 tonnes of CO2 annually, equivalent to powering 60,000 homes. Additionally, the initiative follows strict biodiversity guidelines, ensuring minimal environmental impact while maximizing clean energy production.