710W Bifacial Dual Glass Solar Module: Advanced Weather-Resistant Technology for Demanding Environments

Introducing the 710W Bifacial Dual Glass Solar Module - engineered specifically for projects requiring superior weather resistance and reliable performance in challenging environmental conditions. This advanced solar solution combines robust construction with innovative bifacial technology to deliver exceptional energy yields while withstanding the toughest weather conditions. With its IP68-rated junction box, enhanced mechanical strength, and optimized electrical performance, this module is the ideal choice for installations in coastal areas, high-humidity regions, and locations prone to extreme weather events.

The module's exceptional durability begins with its premium dual-glass construction, featuring 2.0mm anti-reflective front glass and 2.0mm heat-strengthened rear glass that provides complete protection against environmental degradation. The IP68-rated junction box offers the highest level of waterproof protection, ensuring reliable operation even during heavy rainfall and flooding conditions. This makes the module particularly suitable for coastal installations where salt mist corrosion is a concern, as well as for regions experiencing heavy seasonal rainfall.

Advanced weather-resistant features include:

• Corrosion-resistant anodized aluminum frame that withstands salty air and high humidity

• Hermetic glass-glass encapsulation preventing moisture ingress and potential induced degradation

• Enhanced mechanical load capacity of 2400Pa wind load and 5400Pa snow load

• Wide operating temperature range from -40°C to +85°C for extreme climate adaptability

The module delivers 710W of reliable power with 22.86% conversion efficiency, utilizing 132 half-cut monocrystalline cells that optimize performance while reducing internal electrical losses. The sophisticated bifacial design with 80% bifaciality enables additional energy generation from rear-side illumination, potentially increasing output to 766.7W under standard test conditions with 10% rear irradiance.

Technical Superiority and Performance Advantages:

• Exceptional Weather Resistance: IP68 protection rating and dual-glass construction ensure long-term reliability in humid, coastal, and extreme weather environments

• Optimized Power Output: 710W rating with excellent temperature coefficient of -0.29%/°C maintains high performance in varying climate conditions

• Enhanced Bifacial Gains: 80% bifaciality delivers up to 8% additional energy yield in appropriate installation conditions

• Superior Mechanical Strength: Withstands extreme weather conditions including heavy snow accumulation and high-wind environments

• Proven Long-Term Reliability: Advanced encapsulation materials and construction techniques ensure minimal degradation over the module's lifespan

Ideal Application Environments:

This 710W bifacial module excels in challenging environments where reliability and durability are paramount:

• Coastal and Marine Installations: Perfect for seaside resorts, port facilities, and offshore applications where salt corrosion resistance is critical

• High-Humidity Tropical Regions: Excellent performance in Southeast Asia, Caribbean islands, and other tropical locations with heavy rainfall

• Mountainous and Cold Climate Areas: Reliable operation in snowy conditions with proven 5400Pa snow load capacity

• Industrial and Harsh Environments: Suitable for manufacturing facilities and industrial zones where air quality may contain corrosive elements

Frequently Asked Questions (FAQ):

• Q: How does the IP68 rating benefit my solar installation?

  • A: The IP68 rating ensures complete protection against dust ingress and prolonged immersion in water, providing extra security during heavy storms and flooding conditions.

• Q: Are these modules suitable for coastal areas with high salt exposure?

  • A: Yes, the combination of anodized aluminum frame, dual-glass construction, and IP68 junction box provides excellent corrosion resistance for coastal environments.

• Q: What makes this module more durable than standard solar panels?

  • A: The dual-glass construction, reinforced frame, and IP68 protection create a hermetic seal that prevents moisture, dust, and corrosion from affecting module performance.

• Q: How does the module perform in high-temperature environments?

  • A: With a low temperature coefficient of -0.29%/°C, the module maintains better performance in hot climates compared to conventional panels.

Installation and Maintenance Best Practices:

Installation should be performed by certified professionals following local electrical codes and manufacturer guidelines. Special attention should be paid to proper grounding and mounting system compatibility. Regular inspections should include checking for any physical damage and ensuring the junction box remains properly sealed. In coastal areas, more frequent cleaning may be required to remove salt deposits that could affect performance.

Technical Specifications

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.