A Solar Panel 540W Deep Blue 3.0 (JAM72S30-540/MR) Monocrystalline Perc with 144 Half Cell

JA Solar 540W Deep Blue 3.0 Monocrystalline PERC – JAM72S30-540/MR

The JA Solar 540W Deep Blue 3.0 (model JAM72S30-540/MR) is a high-efficiency, high-output photovoltaic module designed for superior performance in both residential and commercial solar energy systems. Manufactured by JA Solar, a globally recognized leader in solar technology, this module delivers outstanding reliability and long-term energy yield.

Key Features:

• High Power Output – Rated at 540 Wp, providing excellent performance for space-limited installations.

• Monocrystalline PERC Technology – Half-cut cells reduce power loss, improve shade tolerance, and enhance thermal performance.

• 144 Half-Cut Cells – Optimized for higher efficiency and better performance in high-temperature environments.

• Module Efficiency – An impressive 21.1%, ensuring maximum energy generation per square meter.

• Durable Construction – Built to withstand harsh weather conditions, including high wind loads and heavy snow.

Technical Specifications:

• Model: JAM72S30-540/MR

• Rated Power (Pmax): 540 Wp

• Cell Type: Monocrystalline PERC, half-cut

• Number of Cells: 144 (6x24 configuration)

• Module Efficiency: 21.1%

• Open Circuit Voltage (Voc): Refer to datasheet

• Short Circuit Current (Isc): 13.62 A

• Dimensions: 2279 × 1135 × 35 mm

• Weight: Refer to datasheet

Installation Notes:

• Inverter Matching: Ensure inverter compatibility with Isc 13.62 A to avoid overload and maximize efficiency.

• Mounting System: Select racking/support structures designed for the panel’s 2279 mm x 1135 mm dimensions.

• Wiring & Connectors: Use quality cables and connectors rated for outdoor photovoltaic use.

Applications:

• Large-scale solar farms

• Commercial and industrial rooftops

• High-capacity residential systems

With cutting-edge cell technology, robust design, and industry-leading efficiency, the JA Solar 540W Deep Blue 3.0 module is an excellent choice for projects that demand maximum energy output and long-term durability.