Description
The RSM132-8-690-715BHDG represents a new generation of ultra-high power bifacial photovoltaic modules engineered to maximize energy yield while reducing LCOE for large-scale solar developments. Featuring advanced cell architecture and patented Hyper-link interconnection technology, the module ensures lower resistive losses, higher efficiency, and improved long-term reliability.
Its zero boron-oxygen (BβO) induced LID design eliminates light-induced degradation at the source, ensuring stable performance from the first year of operation. The ultra-high bifacial factor enables significant rear-side energy gain, making it ideal for high-reflectivity environments such as desert installations and ground-mounted utility projects.
With an industry-leading temperature coefficient and advanced metallization process, the module maintains superior performance in high-temperature climates while delivering ultra-low carbon emissions across its lifecycle.
Key Features & Benefits
β No BβO induced LID for enhanced long-term stability
β Ultra-high bifacial energy generation capability
β Ultra-high power output with reduced carbon footprint
β Industry-leading temperature coefficient for hot climates
β Advanced metallization technology for improved efficiency
β Excellent anti-LID & anti-PID performance
β Patented Hyper-link interconnection for lower internal losses
Project Details
β Hyper-link interconnection patented technology
β Power output range: 690Wp β 715Wp
β Positive power tolerance: 0 ~ +3%
β Maximum efficiency: 23.0%
Applications
β Utility-scale solar farms
β Ground-mounted high-capacity PV systems
β Desert and high-reflectivity environments
β Large-scale distributed energy projects
Performance Advantages
β Maximum energy yield for lower LCOE
β Higher bifacial gain for increased ROI
β Superior performance in high-temperature conditions
β Reduced degradation for long-term output stability
