Leapton mono Black 460W photovlotaic panel Half Cut

Leapton monocrystalline panel with a maximum power of 460W Half Cut, black frame

IMPORTANT INFORMATION

The presented Leapton Mono HALF CUT monocrystalline photovoltaic panel with a power of 460 W was made using the latest Japanese technology. Thanks to the half-cut solution and the use of high-quality materials, the 460 W Leapon photovoltaic module is characterized by lower losses and lower temperatures, which in turn translates into higher power and efficiency of the panel in shading, as well as greater resistance to damage.

Leapton mono photovoltaic panels consist of 120 PERC cells placed on a durable composite substrate. A solid aluminum frame (black) in combination with tempered glass allows you to protect the modules against extreme environmental conditions.

The Leapton photovoltaic panel is an extremely resistant product to salt fog, ammonia fumes, sand friction or hail. It achieves a wind resistance of 2400 Pa and a snow load of 5400 Pa.

FEATURES OF THE LEAPTON MONO MODULE

• Increased efficiency in low irradiation conditions
• Improved current flow to reduce losses due to heated cells
• Higher output power
• Half Cut cells (cells cut in half) with a better fill factor of the PV module and higher module efficiency by about 1.5-3% compared to traditional ones
  
  

The above features have been achieved through strong technical and scientific support, excellent production management and strict quality control. All Leapton solar panels are industry-leading, backed by a 15-year manufacturer's warranty and a 25-year output warranty. The product has numerous certificates that confirm its resistance to harsh environmental conditions.

Detailed product characteristics and certificate of compliance with European directives are attached in the downloads tab and in the technical data tab.

ADVANTAGES

• 15-year product warranty
• Protection against PID - minimized yield losses due to current leakage
• 5BB/9BB cells - balanced power generation allows you to reduce losses due to cell heating
• High load resistance (wind up to 2400 Pa, snow up to 5400 Pa)
• Increased efficiency in low irradiation conditions
• Adaptation to a harsh environment