Installation Site: Uzbekistan  

Scheduled Completion: August 2024  

Generating Capacity: 9.4MW  

YIJIA SOLAR’s 9.4MW Solar Ground Mount System marks a trans formative leap in Uzbekistan’s renewable energy landscape, harnessing the nation’s vast solar potential to power sustainable development. This project underscores YIJIA SOLAR’s expertise in delivering large scale, adaptable solutions for Central Asia’s arid climates and evolving energy demands.  

 Project Overview  

Strategically located in Uzbekistan’s sundrenched Qashqadaryo Region, the YIJIA SOLAR engineered array spans 18 hectares, utilizing bifacial panels on galvanized steel structures. Designed for 2,200+ annual sunlight hours, the system generates 15.3 GWh yearly—powering 4,500 Uzbek households while displacing 11,200 tons of CO₂ emissions.  

 Key Innovations  

1. YIJIA SOLAR’s Scalable Architecture:  

    Modular design allows expansion to 15MW, aligning with Uzbekistan’s 2030 target of 8GW solar capacity.  

    Hot dip galvanized steel (S355JR) withstands 30°C winters and 50°C summers, ensuring 30year operational resilience.  

2. Precision Energy Optimization:  

    Singleaxis trackers boost yield by 22%, with antisand coating maintaining 97% efficiency despite frequent dust storms.  

    Adjustable tilt (15°–35°) and row spacing maximize land use while enabling agrivoltaic integration.  

 Strategic Benefits  

 Economic Growth: Delivers $1.8M annual savings with 6.5year ROI under Uzbekistan’s Renewable Energy Auctions Program.  

 Sustainable Land Use: Dual purpose design preserves 85% of site area for grazing or crops, adhering to FAO sustainability guidelines.  

 Environmental Leadership  

By replacing 3,800 tons of coal consumption annually, this YIJIA SOLAR powered initiative accelerates Uzbekistan’s commitment to reducing GHG emissions by 35% by 2030. The system’s low impact foundation minimizes soil disruption, fostering ecological balance in fragile steppe ecosystems.  

YIJIA SOLAR continues to pioneer solar solutions that bridge energy security and environmental stewardship, proving that industrial scale renewables can thrive in Central Asia’s challenging terrains.