Global leader in solar technology LONGi has signed a landmark cooperation agreement in Madrid to supply over 100 megawatts (MW) of its second-generation BC technology modules, Hi-MO 9, for a ground-mounted solar project in Latin America. The deployment of LONGi’s advanced BC solutions aims to accelerate the region’s energy transition and strengthen its climate resilience, industry analysts said.
Leveraging Latin America’s abundant solar resources—characterized by low-latitude tropical climates with year-round sunlight and precipitation—LONGi’s upgraded Hi-MO 9 modules, a flagship product of its Hi-MO series, boast a conversion efficiency of 24.8%, a bifaciality rate exceeding 80%, and a 10-percentage-point leap in rear-side power generation compared to first-generation models. With a module power output of 670W, Hi-MO 9 enables a 6.4% higher energy density than competing TOPCon solutions under identical land constraints, setting a new benchmark for “spatial value density” in utility-scale projects.
Critically, the modules demonstrate ultra-low degradation rates in high-temperature, high-humidity environments while mitigating risks of component failure and fire hazards, ensuring sustained energy yields and lifecycle value.
Upon completion, the project is projected to offset approximately 120,000 metric tons of CO₂ emissions annually—equivalent to powering 60,000 households with clean energy. Both parties have committed to adhering to biodiversity conservation protocols, minimizing ecological disruption and maximizing clean energy output.
A LONGi spokesperson stated, “This partnership underscores our commitment to empowering Latin America’s clean energy future through cutting-edge technology that balances efficiency, reliability, and environmental stewardship.”
The collaboration aligns with broader regional goals to expand renewable energy capacity by 35% by 2030, as outlined in the Lima Energy Transition Initiative. Analysts predict the project will catalyze further investment in solar infrastructure across the region.
