The Thornova Solar TS-BGT72(580) Bifacial module provides high performance and dependability while also incorporating innovative characteristics. A 100% triple EL test greatly lowers hidden cracking rates, assuring longevity. The module's design is tuned for low operating current, little hot spot loss, and improved temperature coefficients. It is rated to handle 2400 Pa wind loads and 5400 Pa snow loads, therefore being resistant to extreme weather conditions. Enhanced light trapping and efficient current collecting improve power production and durability.
Featuring an industry-leading low thermal coefficient of power and bifacial technology, it can harvest up to 25% more energy from the backside. The module's N-type solar cells exhibit no Light-Induced Degradation (LID), resulting in increased power generation. Its 30-year lifespan generates 10-30% more power than standard P-type modules and excels at low irradiance performance, making it an excellent choice for efficient and dependable solar energy production.
Key Features:
- Bifacial Technology: Featuring bifacial technology, the TS-BGT72(580) can generate electricity from both its front and rear sides. This feature enables the module to capture up to 25% more energy from the rear side, depending on installation conditions and surface reflectivity. Bifacial modules perform particularly well in settings with high albedo surfaces, like as snow or white rooftops, greatly enhancing overall energy output and system efficiency.
- 100% Triple EL Test: Every TS-BGT72(580) module undergoes a rigorous 100% triple electroluminescence (EL) test. This stringent quality control technique detects microcracks and other hidden flaws that might affect the module's functionality. Thornova Solar ensures a considerable reduction in hidden crack rates by performing the EL test three times, thereby enhancing each module's overall durability and reliability.
- Optimized Design for Lower Operating Current: The module's design has been optimized for a lower operating current, reducing internal resistance and hot spot losses. This design upgrade leads to better thermal management and a greater temperature coefficient. As a result, the module retains improved efficiency and performance, particularly in high-temperature conditions, resulting in increased energy output over its lifetime.
- Certified for High Wind and Snow Loads: The TS-BGT72(580) is rated to withstand winds up to 2400 Pascals and snow loads up to 5400 Pascals. This robust certification confirms the module's structural integrity and dependable operation in areas with harsh weather conditions, such as high winds and heavy snowfall. This resilience ensures steady energy generation and long-term reliability.
- Enhanced Light Trapping and Optimized Current Collection: The module includes advanced light trapping and improved current collection methods to increase power production and dependability. Enhanced light trapping guarantees that more sunlight is absorbed, whereas optimized current collecting increases electrical output. These characteristics work together to increase energy yields and improve performance, ensuring the module runs at top efficiency.
- Industry-Leading Low Thermal Coefficient of Power: The TS-BGT72(580) has one of the industry's lowest thermal coefficients of power, which means its efficiency decreases less with rising temperatures than other modules. This feature is especially useful in hot areas, where sustaining peak performance is critical. The low thermal coefficient enables consistent and efficient energy output, which improves overall system performance.
- Long Lifespan and No Light-Induced Degradation (LID): The module employs N-type solar cells, which naturally prevent Light-Induced Degradation (LID), a major problem with traditional P-type cells. With a 30-year lifespan, the TS-BGT72(580) generates 10-30% more power than typical modules. This resistance to LID, along with exceptional low irradiance performance, enables consistent, high-performance energy output, resulting in more reliable power generation and a higher return on investment over time.
Product Specifications:
- Module Dimension (L*W*H): 2278 x 1134 x 35 mm (89.69 x 44.65 x 1.38 inch)
- Weight: 32.3 kg (71.21 lbs)
- Number of cells: 144 cells
- Cell: N-type monocrystalline 182x91 mm (7.17 x 3.58inch)
- Glass: (F)2.0mm, Anti-Reflection Coating (B)2.0mm, Heat Strengthened Glass
- Frame: Anodized aluminum alloy
- Junction Box: IP68, 3 bypass diodes
- Output Wire: 4.0 mm2
- Wire Length: 300 mm / 1200 mm / Customized length
- Connector: MC4 - EVO2
- Packing Specification: 31 pcs/Pallet; 558 pcs/40’HQ