Installation Site: Korea  

Scheduled Completion: January 2025  

Generating Capacity: 166KW  

The 166KW solar panel roof mounting system, engineered by YIJIA SOLAR, represents a trans formative leap in Korea’s urban renewable energy strategy. Designed to maximize rooftop efficiency in densely populated areas, this project underscores YIJIA SOLAR’s expertise in delivering high yield, architecturally integrated solar solutions.  

 Project Overview  

Spanning 2,800m² of commercial and industrial rooftops, the YIJIA SOLAR designed system converts underutilized spaces into a 218,000 kWh/year clean energy source. This offsets 164 metric tons of CO₂ annually—equivalent to removing 39 gasoline powered vehicles—while powering 55+ Korean households.  

 Technical Innovations  

1. Space Optimization:  

    YIJIA SOLAR’s low profile aluminum alloy mounts (EN AW6063T6) achieve 95% roof coverage without compromising structural integrity.  

    AIdriven tilt optimization (12°–28°) adapts to Seoul’s latitude (37.5°N), boosting yield by 25% versus static systems.  

2. Climate Resilience:  

    Typhoon tested framework withstands 160 km/h winds and 1.8 kN/m² snow loads, exceeding KS F 22578 standards.  

    Anti corrosion coating ensures 30year durability despite coastal humidity and industrial pollution.  

 Strategic Benefits  

 Energy Independence: Generates 40% of facility’s daytime demand, reducing grid reliance and enhancing energy security.  

 Cost Efficiency: Delivers ₩98M annual savings with 5.1year ROI under Korea’s Renewable Portfolio Standard (RPS).  

 Aesthetic Integration: Slim 10cm rail profile maintains rooftop aesthetics, complying with Seoul’s urban design regulations.  

 Environmental Leadership  

By displacing 62 tons of coal annually, this YIJIA SOLAR powered initiative accelerates Korea’s 2050 net zero road map. The system’s modular design allows seamless expansion to 250KW, future proofing investments in renewable infrastructure.  

YIJIA SOLAR continues to redefine urban solar potential, proving that industrial rooftops can become cornerstones of sustainable energy ecosystems without sacrificing form or function.