Monocrystalline solar panel LONGI SOLAR HI-MO X10 Scientist 545W LR7-60HVH BLACK FRAME

LONGI HI-MO X10 Scientist 545W: HPBC 2.0 innovation, 24.2% efficiency and Premium Reliability at 1500V

Raising the standard of photovoltaic solar installations requires implementing technologies that not only increase energy collection in sun peaks, but respond with solvency to diffuse radiation and high operating temperatures. The solar panel LONGI SOLAR HI-MO X10 Scientist 545W (LR7-60HVH) aesthetic Black-frame is positioned at the forefront of the industry thanks to the incorporation of the new architecture of cells HPBC 2.0 (Hybrid Passivated Back Contact) combined with the advanced substrate N-Type Tairay Wafer. This engineering of rear contact cells maximizes the useful panel uptake area by eliminating shading from frontal metal filaments (busbars), guaranteeing a safe and high return investment for exclusive residential covers and commercial projects.

Advanced Architecture HPBC 2.0, Wife Tairay and Milestone Efficiency

The technological heart of the Scientist series of 545w lATES IN ITS SILICIC WABLE OF type N (N-Type) gifted with the latest molecular improvements of the brand. When you do without traditional doping with boron, the panel annuls the unwanted effects of initial lighting degradation. Technology HPBC 2.0 of Longi reconfigure the flow of electrons optimizing internal passivation, which allows an imposing 24.2% panel efficiency. Additionally, the panel is characterized by registering a less operating temperature real regarding conventional technologies under the same thermal exposure, which mitigates heat energy losses.

A key factor in your daily performance is your coefficient of power temperature of -0.26% / ° C. This guarantees that in the summer months or in areas with desert and warm climates, the production fall is minimal, delivering a number of kilowatts-hour much higher than that of competition. To channel and properly manage all this massive energy produced in continuous current, we suggest you review our complete catalog of inverters solar.

Reinforced mechanical durability, MC4 connectivity and 30 years of linear performance

The structural strength of this model (Reference Code 110-0134) It is designed for safe and flexible integration in roofs. Your black anodized aluminum chassis (Black-frame) Provide an elegant finish without compromising its rigidity, being certified to support high static mechanical loads (up to 5400 PA Snow Load on the front face and 2400 PA wind loading in the back). It is an ideal panel for fixing by staples in multiple inclination configurations. If you are looking for the ideal supports to protect the fixing of these solar modules on industrial covers, we recommend you explore the solutions available in the section of structures for .

In its electric section, the panel has a connection box with sealing degree Ip68 with integrated bypass diodes, optimized output cables and terminals compatible with Mc4 to ensure a rapid and no lossless connection by thermal resistance. Your electrical insulation is prepared to operate on high-voltage systems up 1500V DC, decreasing the number of parallel chains necessary and embrashing the structured wiring costs. Long-term reliability is the large pillar of Longi: the module offers maximum degradation of power less than 1% during the first year and a strict linear wear of only the 0.35% per year from year 2 to year 30, all backed by a 25-year-old product guarantee and a 30-year linear production guarantee directly granted by the manufacturer.

Technical characteristics:

• Nominal maximum power (PMAX): 545 WP.

• Efficiency of the photovoltaic module: 24.2%.

• Voltage at the point of maximum power (VMP): 37.21 V.

• Current at the point of maximum power (imp): 14.65.

• Voltage in open circuit (VOC): 44.11 V.

• Short circuit current (ISC): 15.35.

• Silicon wafer type: N-Type Tairay Wafer monocrystalline.

• Cell technology: HPBC 2.0 (Hybrid Passivated Back Contact) high reliability.

• Exterior aesthetics: Anodized black frame (Black-frame) With clear background.

• Coefficient of power temperature: -0.26% / ° C.

• Maximum voltage supported by the system: 1500 V DC (IEC).

• Top-supported series fuse: 25 a.

• Resistance to mechanical loads: Maximum front load of 5400 pa and rear 2400 pa.

• Type of output connectors: Terminals compatible with MC4.

• Safety connection box: Degree Ip68 with multilevel protection.

• Front panel glass: Monolayer temperate glass 3.2 mm with antireflective treatment.

• Physical dimensions of the module: 1901 mm long x 1134 mm wide x 30 mm thick.

• Standard structural weight: 22.2 kg.

• Longi Official Guarantees: 25 years of product guarantee and 30 years of linear output power guarantee.

Frequently Asked Questions section (FAQ)

1. What differential advantages does Longi HPBC 2.0 technology provide before perc or topcon cells? Technology HPBC 2.0 it is an advanced rear contact system. Unlike Perc or traditional topcon, which place silver metal bands (busbars) On the front face of the cells reflecting part of the light, the HPBC design transfers all electrical connections to the back of the module. This leaves the front surface completely free for solar uptake, increasing efficiency per square meter to an extraordinary 24.2% and notably optimizing energy collection on cloudy days or with diffuse light.
2. Why is it important that the panel operates with a lower operating temperature? When the solar cells are heated in excess by continuous radiation, the silicon reduces its ability to drive electrons, decreasing the output power of the panel. The modules of the series Hi-Mo X10 Scientist they are designed with a cell electronics that minimizes losses due to internal resistance, managing a less operating temperature in real roof conditions. This is combined with a leading temperature coefficient of -0.26% / ° C, making it one of the more stable and efficient from the world before heat waves.
3. What economic and technical benefit does it offer that the panel is certified for a 1500V system voltage? Be prepared to support 1500V DC in open circuit it allows to design chains (stringsOf solar a lot longer compared to the modules limited to 1000V. By grouping more per series, the total amount of copper wiring is reduced, the grouping boxes are minimized in the installation and the use of the inverters inverters injection to high power network, decreasing the global cost of technical installation.
4. How does the degradation of monocrystalline silicon type N Tairay behave over the years? Silicon wafers N-Type Tairay from Longi offer a higher molecular purity that eliminates light-induced degradation failures (LID). Because of this, Longi contractually guarantees that the panel will lose less than 1% of its nominal power during the first year of use. From the second year and until the three decades, wear is restricted to an insignificant 0.35% per year, ensuring that in the year 30 the panel continues to surrender exceptionally.
5. What durability and mechanical strength does this panel offer before extreme weather conditions? Payment Management Black anodized model chassis Lr7-60hvh has exceeded strict mechanical fatigue test under IEC 61215 and IEC 61730 regulations. Its structure is certified to support a front pressure of 5400 Pa, suitable to resist large accumulations of snow or heavy hail, and a rear suction of 2400 pa to mitigate the impact of strong wind racks, which guarantees total physical safety of the system on high covers structures.