JA Solar 530W Solar Panel N-Type TopCon Bifacial Double Glass Black Frame (JAM60D-42-530-LB-BF)

JA Solar 530W N-Type TOPCON Bifacial Double Glass Solar Panel Black Frame

The JA Solar 530W N-Type TOPCON Bifacial Solar Panel is a high efficiency module engineered for strong energy output and long term reliability. Using advanced N-Type TOPCON technology, it delivers improved efficiency, reduced degradation, and consistent performance across a wide range of conditions.

Its bifacial double glass construction allows energy generation from both sides of the panel, increasing overall system yield. Combined with a durable black frame and robust design, this panel is ideal for residential, commercial, and large scale solar installations.

Key Features

• 530W high output for increased energy generation
• N-Type TOPCON technology with very low LID
• Bifacial design for additional rear side energy gain
• Double glass construction for enhanced durability
• High efficiency of up to 22.7%
• Improved performance in low light conditions
• Better temperature coefficient for stable output
• Designed for long term performance and reliability
• 12 year product warranty and 30 year performance warranty

Applications of JA SOLAR 530W

• Residential rooftop solar systems
• Commercial and industrial installations
• Ground mounted solar arrays
• Solar farms and large scale projects
• Off grid and hybrid solar systems
• High output solar energy systems

Technical Specifications

• Peak Power: 530W
• Efficiency: 22.7%
• Cell Type: Monocrystalline N-Type TOPCON
• Module Type: Bifacial Double Glass
• Voltage at Max Power (VMPP): 36.81V
• Current at Max Power (IMPP): 14.4A
• Open Circuit Voltage (VOC): 43.93V
• Short Circuit Current (ISC): 15.26A
• Temperature Coefficient (Pmax): -0.30%/°C
• Dimensions: 2063 x 1134 x 30 mm
• Weight: 28.8 kg
• Connector Type: EVO2A

Why Choose the JA Solar 530W

The JA Solar 530W panel offers a strong balance of efficiency, durability, and advanced technology. Its bifacial design and robust construction make it a reliable choice for maximising energy generation in modern solar systems.