20KW Solar Carport Project in Bulgaria

The 20KW solar carport project in Bulgaria, developed by YIJIA SOLAR, reimagines urban parking infrastructure as a dual purpose renewable energy asset. Combining cutting edge engineering with architectural elegance, this initiative exemplifies how YIJIA SOLAR’s solutions merge sustainability with multifunctional urban design.  

 Project Overview  

The YIJIA SOLAR designed carport system transforms underutilized parking spaces into a 20KW solar power plant. Its modular aluminum alloy framework supports high efficiency photovoltaic panels while providing weather protected vehicle shelters. Designed for commercial complexes or public facilities, the system operates as a self sustaining energy hub without compromising land usability.  

 Technical Highlights  

1. YIJIA SOLAR’s Durability Edge:  

    Utilizes aerospacegrade, corrosion resistant aluminum alloy for structural integrity, capable of withstanding Bulgaria’s seasonal extremes (15°C winters to 40°C summers).  

    Wind load tolerance up to 150 km/h and snow load capacity of 1.5 kN/m² ensures year round reliability.  

2. Aesthetic Energy Synergy:  

    Sleek, low profile design enhances urban landscapes while doubling as shaded parking—a hallmark of YIJIA SOLAR’s humancentric engineering philosophy.  

3. PlugandPlay Efficiency:  

    Prefabricated components enable rapid deployment, reducing onsite installation time by 40% compared to conventional carports.  

 Strategic Value  

 Carbon Neutrality Driver: Generates 25,000+ kWh annually, offsetting 18 tons of CO₂ emissions—equivalent to planting 450 trees.  

 Economic Resilience: Cuts grid energy dependency by 6070% for medium sized facilities, with a ROI period under 6 years via Bulgaria’s net metering incentives.  

 Future Proof Scalability: Modular design allows seamless capacity expansion to 50KW as energy demands grow.  

 Environmental & Community Impact  

This YIJIA SOLAR powered project aligns with Bulgaria’s National Recovery and Resilience Plan, which targets 27% renewable energy integration by 2030. Beyond energy savings, the carport’s shaded parking reduces vehicle interior temperatures by up to 20°C in summer, enhancing user comfort while lowering auxiliary cooling emissions.  

 Visionary Conclusion  

As Balkan nations accelerate green transitions, YIJIA SOLAR’s 20KW carport system demonstrates how smart infrastructure can address energy security, urban heat island mitigation, and aesthetic modernization simultaneously. By transforming passive parking zones into active energy generators, this project establishes a replicable blueprint for sustainable urban development across Eastern Europe.  

YIJIA SOLAR continues to lead the renewable revolution, proving that environmental responsibility and industrial innovation can coexist—one solar optimized space at a time.