HJT Hyper-ion RSM132-8-675-700BHDG Bifacial Heterojunction Module 675-700W

HJT Hyper-ion RSM132-8-675-700BHDG Bifacial Heterojunction Module

Power Output: 675-700W | 210 Cells | HJT Bifacial | 1500VDC | 22.5% Higher Efficiency

Ultra-High Power Generation & Ultra-Low Carbon Emission:

• 22.5% Higher Efficiency - Industry-leading efficiency with advanced Heterojunction (HJT) technology for maximum energy conversion
• 675-700Wp Power Output Range - Ultra-high power generation for maximum energy production per panel
• 132 Cells HJT Bifacial Module - Advanced bifacial design captures light from both front and rear sides for additional energy yield
• 1500VDC Maximum System Voltage - High voltage capability supports larger solar arrays and longer string configurations

Key Salient Features:

• Global, Tier 1 Bankable Brand - With independently certified state-of-the-art automated manufacturing for superior quality and reliability
• N-type Solar Cell Without LID Caused by B-O - N-type heterojunction cells eliminate Light Induced Degradation caused by Boron-Oxygen for superior long-term performance
• PID Resistance - Excellent Potential Induced Degradation resistance ensures long-term performance stability
• Better Temperature Coefficient - Superior performance in high-temperature conditions compared to conventional modules
• Bifacial Technology Enables Additional Energy Harvesting from Rear Side - Captures reflected and diffused light from the ground and surroundings for up to 30% additional energy yield
• Higher Power Generation - Advanced HJT technology delivers superior energy output compared to conventional PERC modules
• Module Imp Binning Radically Reduces String Mismatch Losses - Advanced current matching minimizes system losses for maximum efficiency
• Excellent Wind Load 2400Pa & Snow Load 5400Pa Under Certain Installation Method - Superior mechanical resistance for extreme weather conditions

Comprehensive Product and Management System Certification:

• IEC61215:2016, IEC61730-1/-2:2016
• ISO 9001:2015 - Quality Management System
• ISO 14001:2015 - Environmental Management System
• ISO 45001:2018 - Occupational Health and Safety Management System

Technical Specifications:

• Power Range: 675W - 700W
• Maximum Efficiency: 22.5%
• Cell Type: 132 Cell HJT (Heterojunction) Bifacial Module
• Cell Technology: N-type without LID
• Maximum System Voltage: 1500VDC
• Module Dimensions: 2384×1303×35mm
• Wind Load: 2400Pa
• Snow Load: 5400Pa
• Bifacial gain: Up to 30%
• PID resistant
• Better temperature coefficient

HJT Technology Advantages:

• N-type cells eliminate B-O induced LID
• Higher efficiency (22.5%)
• Better temperature coefficient
• Bifacial energy harvesting
• Superior low-light performance
• Lower degradation rate
• Longer lifespan
• Ultra-low carbon emission

Ideal Applications:

• Utility-scale solar farms
• Large commercial & industrial installations
• Ground-mounted bifacial systems
• High-efficiency solar projects
• Extreme weather locations
• Projects requiring maximum power density

Benefits:

• Ultra-high power output (675-700W)
• 22.5% higher efficiency with HJT technology
• Bifacial design for up to 30% additional energy
• N-type cells without LID
• Better temperature coefficient
• PID resistance
• Reduced string mismatch losses
• 2400Pa wind / 5400Pa snow load
• Ultra-low carbon emission
• Comprehensive ISO certifications
• Global Tier 1 bankable brand

The HJT Hyper-ion RSM132-8-675-700BHDG Bifacial Heterojunction Module delivers cutting-edge ultra-high power performance with 22.5% efficiency, advanced N-type HJT bifacial technology, 1500VDC system voltage, and comprehensive certifications, perfect for utility-scale and large commercial solar installations seeking maximum energy yield and ultra-low carbon footprint.