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Solar Panel Longi Hi-mo X10 Scientist 655W (LR7-72HVH) | Efficiency BC de Vanguardia
Solar Panel Longi Hi-mo X10 Scientist 655W (LR7-72HVH) | Efficiency BC de Vanguardia

Solar Panel Longi Hi-mo X10 Scientist 655W (LR7-72HVH) | Efficiency BC de Vanguardia

LR7-72HVH
€129.47
Tax included

The Longi Hi-Mo X10 Scientist of 655W redefines the performance of the solar panels Thanks to its revolutionary rear contact technology (HPBC 2.0). With an exceptional efficiency of the 24,2%, This module maximizes energy collection by eliminating the shadows of the metal buses on the front face, offering an elegant aesthetic and upper production. These solar panels They incorporate the latest Tairay Waler, which significantly improves reliability and reduces long-term degradation. Designed to withstand extreme weather conditions, these solar panels guarantee a sustained performance with a power guarantee of 30 years. On Tienda Solar We recommend the LR7-72HVH model for premium residential and commercial projects that seek the maximum power density and avant-garde aesthetics, optimizing the return on investment thanks to its low annual degradation.

The minimum purchase order quantity for the product is 6.

 

LONGI HI-MO X10 Scientist 655W: The cusp of the BC solar panels

Longi Hi-Mo X10 series represents a technological leap in the market solar panels. When using rear contact technology (back contact), these photovoltaic plates They achieve a 100% light absorption surface on their front face, which translates into a much more efficient energy generation than conventional panels.

Technology HPBC 2.0 and Wafer Tairay

On Tienda Solar We highlight the internal innovation of this module. The combination of technology HPBC 2.0 and the wafer Tairay allows these solar panels have a degradation lower than 1% in the first year and just a 0.35% annually for the next 29 years. This ensures that your system solar panels Keep a stable and predictable production, protecting your investment against the passage of time.

Thermal performance and higher reliability

Thanks to its lower coefficient of temperature and its BC cell design, these solar panels They work at a lower operating temperature, which improves efficiency in warm climates. In addition, its robust construction with anodized aluminum alloy frame and high transparency tempered glass guarantees exceptional resistance against hail, wind and snow, surpassing the strictest standards of the industry.

Technical specifications (model LR7-72HVH-655M):

  • Nominal power (PMAX): 655w

  • Efficiency of solar panels: 24,2%

  • Open circuit voltage (VOC): 54,01v

  • Short circuit current (ISC): 15,37a

  • Tension at maximum power (VMP): 44,66v

  • Current at maximum power (imp): 14,67a

  • Type of Cell: HPBC 2.0 (132 cells)

  • Dimensions: 2323 × 1134 × 35 mm

  • Weight: 30.5 kg

  • Product guarantee: 15 years

  • Power guarantee: 30 years (89.4% yield after 30 years)

Frequently Asked Questions (FAQ)

  1. What is the difference to these conventional solar panels? The rear contact technology (BC) eliminates the front metal filaments. This not only improves aesthetics, but avoids losses by internal shading, making these solar panels They are more efficient per square centimeter.
  2. How does the Tairay Wafer benefit my solar boards? The Tairay wafer improves the mechanical resistance and purity of silicon, which drastically reduces light-induced degradation (LID) and heat (Letid).
  3. Is it compatible with all market investors? Given its power of 655W and its current near the 15th, it is compatible with most modern String investors. You can check our range of Solar investors To ensure compatibility.
  4. What maintenance do these photovoltaic plates need? Maintenance is minimal; It is enough to keep the surface of the clean crystal. Its design without front buses facilitates a more uniform cleaning and avoids the accumulation of dirt on the edges of the cells.
Power (W)
650 - 695
Height (cm)
230 - 239.9
Width (cm)
110 - 119.9
Frame
Black
Short Circuit Current Isc (A)
15 - 15.99
Max Power Voltage VMPP (V)
44 - 45