Bifacial Dual Glass 610W Solar Panel, 22.6% Efficiency, 1500V DC, Monocrystalline PV Module for Commercial Use

Bifacial Dual Glass 610W Solar Panel: Enhanced Efficiency for Commercial Solar Projects

Experience superior energy generation with our 610W Bifacial Dual Glass Solar Panel, specifically engineered for commercial and industrial applications where maximizing energy yield is paramount. This advanced photovoltaic module combines higher conversion efficiency of 22.6% with robust dual-glass construction to deliver exceptional performance in diverse environmental conditions. The panel's optimized electrical parameters and enhanced power output make it an ideal solution for projects requiring reliable, high-efficiency energy generation with long-term durability.

Advanced Technical Features:

• Elevated Efficiency Rating: With 22.6% module efficiency, this panel converts more sunlight into usable electricity compared to standard models, providing better ROI for commercial installations

• Advanced Bifacial Design: Featuring 80±5% bifaciality factor, the panel captures significant additional energy from reflected light, potentially increasing total energy yield by 15-30% depending on installation conditions

• Dual-Glass Protection: Both surfaces utilize 2.0mm heat-strengthened glass, providing superior resistance to environmental degradation, moisture ingress, and mechanical stress

• Optimized Electrical Parameters: Higher voltage and current ratings (Vmp 40.53V, Imp 15.05A) ensure better performance in varying temperature conditions and reduced transmission losses

• Enhanced Durability: Anodized aluminum frame and toughened glass construction withstand extreme weather conditions, including 5400Pa snow loads and 2400Pa wind pressure

• Superior Temperature Performance: Low power temperature coefficient of -0.29%/°C maintains stable output during peak temperature operations

Technical Superiority:

The 610W panel represents an optimized balance between voltage and current characteristics, achieving higher efficiency through advanced cell technology and reduced electrical losses. The module incorporates 132 premium monocrystalline cells arranged in a 6×22 configuration, ensuring even current distribution and minimal mismatch losses. The use of high-transparency, low-iron glass on both sides maximizes light capture while providing exceptional protection against UV degradation and environmental wear.

Performance Advantages:

This panel demonstrates particularly strong performance in commercial-scale installations where multiple panels are connected in series. The optimized voltage characteristics allow for longer string lengths while staying within inverter voltage limits, reducing overall balance-of-system costs. The enhanced efficiency rating directly translates to higher power density, making it ideal for space-constrained commercial rooftops where maximizing energy production per square meter is crucial.

Comprehensive Specification Table:

Application Scenarios:

• Large-scale commercial rooftop installations
• Industrial solar power plants
• Utility-scale solar farms
• Agricultural solar projects
• Carport and shading structures
• Government and institutional facilities

Enhanced Value Proposition:

The 610W panel delivers exceptional value through its combination of higher efficiency and robust construction. Commercial investors benefit from reduced Levelized Cost of Electricity (LCOE) due to increased energy production and extended service life. The dual-glass construction virtually eliminates potential induced degradation (PID) and ensures minimal power degradation over time, protecting your investment for decades.

Frequently Asked Questions:

Q: How does the 610W panel compare to lower-wattage models in terms of real-world performance?
A: The 610W panel provides approximately 0.8% more energy output under identical conditions compared to 605W models, and the higher efficiency becomes particularly valuable in space-constrained installations.

Q: What mounting systems are recommended for maximizing bifacial gains?
A: Elevated mounting systems with reflective surfaces underneath are ideal. We recommend light-colored roofing materials or specialized reflective ground covers to enhance rear-side illumination.

Q: How does the panel perform in high-temperature environments?
A: The low temperature coefficient ensures minimal power loss in hot conditions, typically outperforming conventional panels by 2-3% in peak summer temperatures.

Q: What certifications does this product carry?
A: The panel is designed to meet international standards. Specific certification details are available upon request.

Installation Considerations:

For optimal performance, ensure proper clearance between panels and mounting surfaces to allow sufficient light reach to the rear side. Regular cleaning of both glass surfaces is recommended to maintain peak efficiency. Use only qualified installers and follow local electrical codes and manufacturer guidelines for electrical connections and grounding.