Installation Site: Korea
Scheduled Completion: July 2024
Generating Capacity: 175KW
Korea’s renewable energy landscape advances with YIJIA SOLAR’s 175KW Solar Roof Mounting System, a high efficiency solution engineered to maximize urban solar potential while addressing the nation’s rigorous climatic and spatial challenges. This project exemplifies YIJIA SOLAR’s commitment to delivering scalable, sustainable energy infrastructure that aligns with Korea’s 2050 carbon neutrality goals.
Project Overview
The YIJIA SOLAR designed system transforms commercial and industrial rooftops into renewable power hubs, generating 230,000+ kWh annually—enough to power 60 Korean households. By offsetting 173 metric tons of CO₂ emissions yearly (equivalent to removing 41 gasoline vehicles), the project underscores Korea’s transition to a low carbon economy.
Technical Innovations
1. Climate Resilient Design:
YIJIA SOLAR’s hotdip galvanized steel framework (S550GD+Z) withstands Korea’s extreme weather, including 20°C winters, monsoon rains, and 150 km/h typhoon winds.
Anticorrosion nanocoating (ISO 1461certified) ensures 30year durability in coastal and industrial environments.
2. Energy Optimization:
AIdriven tilt adjustment (10°–35°) optimizes panel angles for Seoul’s 37°N latitude, boosting yield by 25% versus fixed systems.
Shadow tolerant modules minimize efficiency loss in densely built urban areas.
Strategic Benefits
Economic Efficiency: Delivers ₩120M annual savings with a 5.2year ROI under Korea’s Renewable Energy Certificate (REC) program.
Space Utilization: Generates 82 kWh/m²/year—30% higher than groundmounted systems—without compromising rooftop functionality.
Energy Security: Integrated 400 kWh battery storage provides backup power during grid outages or peak demand periods.
Environmental Leadership
By displacing 55 tons of coal annually, this initiative supports Korea’s pledge to reduce GHG emissions by 40% by 2030. The system’s lowprofile design (12 cm rail height) adheres to Seoul’s urban aesthetics regulations, proving industrial sustainability can coexist with modern architecture.
Conclusion
The YIJIA SOLAR 175KW Solar Roof Mounting System redefines Korea’s energy future, demonstrating how innovation, durability, and smart design can transform rooftops into pillars of sustainability. As solar technology evolves, projects like this will remain critical to achieving a cleaner, energy independent tomorrow.
