LONGi Hi-MO 9 Edge LR8-66HYD 630-670M High-Efficiency Solar Module Launched for Utility-Scale Projects
As renewable energy deployment continues to expand globally, high-performance photovoltaic modules are essential for utility-scale solar power plants. The LONGi Hi-MO 9 Edge LR8-66HYD 630-670M is designed to meet these demands, combining high efficiency solar panel performance, bifacial solar module design, and long lasting PV module durability to deliver reliable energy production for large-scale projects.
The module features LR8-66HYD monocrystalline cells, producing 630W to 670W of power. This allows developers to maximize energy yield per unit area while reducing land use and overall system costs. The LONGi Hi-MO 9 Edge solar module delivers high energy output, lowering the levelized cost of electricity (LCOE) and improving project ROI.
A key feature of the Edge series is the enhanced frame design, improving mechanical stability and supporting long-term performance in challenging environmental conditions. Whether installed in coastal areas, high-wind regions, or desert environments, the module maintains stable output and reduces the risk of power degradation.
Designed with flexible 30-30 & 15 frame mounting options, the Hi-MO 9 Edge LR8-66HYD 630-670M integrates seamlessly into mainstream utility-scale solar systems. Advanced encapsulation and optimized electrical design enhance PID resistance, ensuring consistent energy generation over its lifespan.
Globally, as renewable energy adoption accelerates, advanced solar technology is increasingly critical for developers seeking high-efficiency, durable photovoltaic solutions. The launch of the Hi-MO 9 Edge module demonstrates LONGi’s commitment to innovation, high manufacturing standards, and sustainable energy solutions. By combining high efficiency solar panel performance with robust Edge frame technology, the module meets the evolving requirements of modern utility-scale solar projects.
Looking ahead, the LONGi Hi-MO 9 Edge LR8-66HYD 630-670M provides a dependable combination of power, durability, and system value. Customers can deploy bifacial solar modules with confidence, maximizing energy production while minimizing risks. Its advanced design supports the global transition to clean energy, ensuring sustainable, high-efficiency photovoltaic solutions for a greener future.
