625W Bifacial Dual Glass Solar Module, 23.1% Efficiency, 1500V DC, Heavy-Duty Frame for Industrial Rooftops

625W Bifacial Dual Glass Solar Module: Advanced Power Solution for Industrial Rooftop Applications

Meet the 625W Bifacial Dual Glass Solar Module, specifically engineered to deliver superior performance in industrial rooftop environments where space optimization and structural integrity are paramount. This high-efficiency module achieves 23.1% conversion efficiency while maintaining exceptional durability under challenging conditions. The panel's enhanced current handling capability and robust construction make it the ideal choice for industrial facilities, warehouses, and commercial buildings requiring reliable, high-yield energy generation.

Industrial-Grade Features:

• Optimized Power Output: 625W maximum power rating combined with 23.1% efficiency ensures maximum energy harvest from valuable rooftop space

• Enhanced Current Capability: Higher Imp (15.20A) and Isc (16.00A) ratings provide superior performance in high-irradiance conditions typical of industrial settings

• Industrial Strength Construction: Heavy-duty anodized aluminum frame and dual 2.0mm glass construction withstand harsh environmental conditions and physical stress

• Advanced Bifacial Technology: 80±5% bifaciality captures reflected light from industrial roofing materials, adding significant energy gains

• Superior Load Resistance: Certified for 5400Pa snow loads and 2400Pa wind pressures, ensuring structural reliability on industrial rooftops

• Optimized Thermal Performance: Low temperature coefficient (-0.29%/°C) maintains efficiency in high-temperature rooftop environments

Technical Innovation:

The 625W module incorporates advanced cell technology with optimized current characteristics, making it particularly effective for industrial applications. The 132-cell configuration in 6×22 layout is engineered for maximum reliability and minimal degradation in challenging environments. Enhanced busbar technology and improved cell interconnection reduce resistive losses, while the dual-glass construction provides superior protection against moisture, chemicals, and mechanical stress common in industrial settings.

Rooftop Application Advantages:

This module demonstrates exceptional value in industrial rooftop installations where its higher current rating maximizes energy production during peak sunlight hours. The robust construction ensures long-term performance on various roofing materials, including metal, membrane, and built-up roofs. The module's weight distribution and frame design minimize point loads, making it suitable for a wide range of industrial roof structures.

Detailed Performance Specifications:

Target Applications:

• Industrial manufacturing facilities
• Warehouse and logistics centers
• Commercial rooftop systems
• Agricultural buildings and barns
• Distribution centers
• Factory and plant rooftops

Economic Benefits for Industrial Users:

The 625W module delivers outstanding ROI for industrial applications through reduced energy costs and enhanced power density. The higher current rating ensures maximum energy production during peak tariff periods, while the durable construction minimizes maintenance costs and extends system lifespan. Industrial users benefit from predictable energy costs and improved sustainability metrics.

Technical Support FAQ:

Q: Why is the higher current rating beneficial for industrial rooftops?
A: Industrial facilities typically have high energy demand during daylight hours. The enhanced current capability ensures maximum power delivery when needed most, optimizing energy offset and cost savings.

Q: How does the module perform on different industrial roofing types?
A: The module's balanced weight distribution and robust frame make it suitable for various roof types, including standing seam metal roofs, single-ply membranes, and modified bitumen systems.

Q: What mounting solutions are recommended?
A: We recommend ballasted systems for flat roofs and rail-based systems for sloped roofs. Always consult structural engineering analysis for specific installation requirements.

Q: How does the bifacial feature benefit industrial installations?
A: Industrial roofs often have light-colored surfaces that reflect light, enhancing bifacial gains. Typical additional yields of 8-15% can be expected in properly configured installations.

Installation Guidelines:

For industrial rooftop installations, ensure proper structural analysis and wind uplift calculations. Maintain minimum clearance of 15cm between modules and roof surface for airflow and bifacial gains. Use appropriate waterproofing measures and follow manufacturer guidelines for electrical safety. Regular cleaning is recommended in industrial environments where dust or pollution may accumulate.

Durability Assurance:

The module undergoes rigorous testing for industrial environment compatibility, including resistance to ammonia, salt mist, and mechanical stress. The dual-glass construction provides superior protection against potential induced degradation and environmental degradation.

Beijing Shan Hu International Technology Co.,Ltd. is a professional enterprise involved in manufacturing and marketing the quality solar panels and provide solutions for a wide range and variety of customers home and abroad. It is located in Beijing Economic-Technological Development Area, China.

The company was established in 2020, now over 80% of our commercial managers and engineers have many years of solution experiences. At present, the company's business scope covers multiple countries and regions including China, Europe, America, Southeast Asia, and Africa. Beijing Shanhu International has always adhered to the mission of promoting the energy revolution process with photovoltaic technology and benefiting all mankind with solar energy. Aiming to create a series of digital comprehensive solutions for green energy, including green buildings, green travel, green industrialization, and smart home energy. We hope that through our exploration and efforts, more people can enjoy the value of sunshine and create a green energy world with the radiance of the sun.