LR5-54HPB-410 Availability: Limited Quantities Category: Solar Panels/Modules/Residential

LONGi LR5-54HPB-410M 410W Monofacial, 1200mm cables. SKU: LON-1312 . Less than skid quantity to be sold with $75 pallet fee. Technical Details. Manufacturer Part Number: LR5-54HPB-410M | Maker: LONGi. Number of cells: 108 (54) | Cell Type: Monofacial. Backsheet Color: Black | Frame Color: Black.

Manufacturer Part Number: LR5-54HPH-410M | Maker: LONGi; Number of cells: 108 (54) | Cell Type: Monofacial; Backsheet Color: Black | Frame Color: Black; Voltage (Vmp): 31.25 Volt | Voltage (Voc): 37.25 Volt; Current (Imp): 13.12 Amp | …

The LONGi HI-MO 5m 54HIH-410M solar module is built using the proven half-cell technology. With an output of 410 Wp, this module has a height of 1722 mm and a width of 1134 mm. Based on this key data, it is ideal in home and commercial applications.

The LONGi Solar Hi-MO5m 54HIH 410W Half-Cut Black Frame - CRE panel has a maximum performance of 410 watts with an efficiency of 21,0 %. The panel is also capable of producing efficient power at lower tilt angles than standard panels.

LONGi Solar LR5-54HPB-410M; LONGi Solar LR5-54HPB-410M Manufacturer Reviews (1) Get a quote Monocrystalline solar cell technology for enhanced efficiency Produces 19.5W per square feet to optimize larger roof spaces Independently generates renewable energy for …

The LR5-54HPH-410M (BFR) solar module from LONGi Solar helps you to maximize the performance of your solar system and delivers an outstanding rated output of 410 watts.

The Longi 410W 54 CELL Solar Panel offers excellent performance with up to 21% efficiency. Ideal for residential applications, Longi solar panels also feature lower resistive loss with lower operating current, higher energy yields and lower operating temperature.

Longi 410W Mono Solar Panel LR5-54HPB-410M. Positive power tolerance (0 ~ +5W) guaranteed; High module conversion efficiency (up to 19%) Solid PID resistance - ensured by solar cell process optimization and careful module BOM selection; Reduced resistive loss with lower operation current; Higher energy yield with lower operating temperature