• Combines three advanced technologies
• Excellent in shaded or high-temperature areas
• Higher power output and durability

Key Features:

• Higher Efficiency: Half-cut cells can boost panel efficiencies by a few percentage points, resulting in more electricity generated per square foot.
• Improved Shade Tolerance: These panels are more resistant to shading, as the unique wiring arrangement allows them to tolerate more shadow without compromising the entire panel's performance.
• Reduced Resistive Losses: By cutting solar cells in half, the current generated by each cell is reduced, resulting in fewer resistive losses when energy passes through cells and wires.
• Increased Power Output: By cutting solar cells in half, the current generated by each cell is reduced, resulting in fewer resistive losses when energy passes through cells and wires.
• Less Severe Hot Spots: The consequences of hot spots on these panels are less severe due to the increased number of cells, which can distribute surplus heat more efficiently.
• Better Durability: Half-cut cells are more physically robust and less prone to breaking due to their smaller size, resulting in lower mechanical stresses.
• Enhanced Module Output: These panels can enhance module output by up to 15 watts, with efficiencies reaching up to 19.79%.

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Some notable specifications of mono PERC half-cut panels include:

• Number of Cells: Typically 120 or 144 half-cut cells per panel, compared to 60 or 72 cells in traditional panels.
• PERC Technology: Passivated Emitter and Rear Cell technology provides improved module efficiency.
• Panel Design: The panel is divided in half, allowing the top and bottom halves to act as two independent panels, producing electricity even if one half is shaded.