Solar Panel Longi Hi-MO X10 Scientist 535WP | Monocrystalline module LR7-60HVH with HPBC 2.0 cells

LONGI HI-MO X10 Scientist 535W: Evolution HPBC 2.0 for exceptional energy efficiency

In the photovoltaic solar energy sector, innovation in the cell structure is the key factor to optimize the profitability of a cover. The monocrystalline panel Longi Hi-Mo X10 Scientist of 535WP enter the Tairay advanced wafer platform and the second generation back contact cellular technology. This technical jump allows you to get a massive power density in an optimized format of 60 cells, Ideal for squeezing production in large-scale commercial or residential roofs.

BC cells of rear contact and advanced thermal management

The great competitive advantage of the SCIENTIST LR7-60HVH series lies in the total absence of metal grids or busbar lines on its front face. By moving all electrical connections to the back of the wafer, the panel directly captures 100% of the light radiation, minimizing dispersion losses and fixing the royal panel efficiency by 23.7% for this variant of 535w. In addition, this physical configuration substantially reduces the silicon operating temperature during the peaks of summer heat. To take full advantage of this constant injection of direct current, it is advisable to process the energy of the chains by three-phase current investment equipment high efficiency, guaranteeing a total stability in your business network.

Another fundamental pillar of the Hi-Mo X10 model is its active system of prevention of localized and anti-shaded warming. When a conventional panel suffers the shadow of an antenna or accumulates dirt, the energy dissipates in the form of destructive heat; However, the cells of this module isolate the obstructed area intelligently. If your commercial roof presents insurmountable physical obstacles, you can optimize the individual performance of each string by associating these plates with our high current double converters SolarEdge, Assigning an absolute control of the production at the module level.

Flexible mechanical resistance and extended life cycle

The structural design of this panel stands out for its great versatility on site, allowing a fast fixing both at traditional anchor points and through the use of staples in perimeter areas. His chassis of black anodized aluminum it offers high mechanical rigidity, certified to support severe climate loads. To ensure that the remain perfectly level and stable against strong winds, it is ideal to fix them using our profiles and commercial reinforced aluminum supports. By not suffering the effects of wear by boro-oxygen, Longi supports a degradation less than 1% in the first year and an annual wear of just 0.35% of the year 2 to 30, all backed by a product guarantee of 25 years.

Technical specifications (model LR7-60HVH - 535W):

Electrical characteristics in STC conditions (irradiation 1000 W / m2; t Cell of 25 ° C):

• POWER PICO MAXIMUM (WP): 535 W

• Output power tolerance: 0 / + 3%

• Maximum power voltage (VMP): 37,01 V

• Maximum power current (imp): 14.46

• Voltage in open circuit (VOC): 43.76 V

• Short circuit current (ISC): 15.15

• Real Efficiency of the Module: 23,7%

Mechanical and material characteristics:

• Type of cells: HPBC 2.0 monocrystals (back contact)

• Number of cells: 60 last generation cells

• Dimensions of the module: 2194 x 1134 x 30 mm

• Net structural weight: 25.6 kg

• FRONT GLASS: High transmittance tempered glass with antireflective coating

• Panel frame: Alloy robust anodized aluminum in black finish

• Connection box (J-BOX): Degree of protection sealed with bypass diodes

• Output wiring: Photovoltaic driver of 4.0 mm2 cross-section

• Maximum permissible system tension: 1500 V DC

• Maximum recommended series fuse: 25 a

Frequently Asked Questions (FAQ)

1. What does HPBC 2.0 technology and Tairay wafers bring to the Scientist model? The combination of wafers N-Type Tairay with the architecture of cells HPBC 2.0 (Hybrid Passivated Back Contact) it increases the purity of the silicon and recolves 100% of the connection welds on the hidden side of the panel. By freeing the front surface of any metallic obstacle, much more sunlight is captured, raising the efficiency of the module to 23.7% and granting a premium uniform black design.
2. How does the LONGI 535W panel acts if you receive partial shadows on the roof? Thanks to its patented technology anti-shading, the current flows are managed independently within the internal electronics of the module. If an area is dirty or receives the shadow of a tree, the panel is only that line of cells, preventing hot spots to form (hot-spots) they destroy the panel and allowing the rest of the circuit to continue to generate electricity safely.
3. What linear performance does the manufacturer secure after 30 years of use? By eliminating failures by initial light degradation thanks to your N type chemistry, the loss of the first year is less than 1%. Of the year 2 to year 30, Longi certifies a low linear wear of only 0.35% per year. This means that, after three decades of uninterrupted operation on the deck, the panel will continue to yield at least one 88.8% of its original nominal capacity.
4. What kind of tweezers or staples accept the frame of this module LR7-60HVH? 30 mm aluminum alloy frame has been designed to offer a highly flexible installation. Perfectly admits the use of standard side staples and intermediate fasteners, guaranteeing an excellent static rigidity that allows you to support severe wind pressures and suctions without being transferred by mechanical tensions to the frontal glass.