Solar Panel Longi Hi-mo X10 Guardian 530WP | Bifial module with transparent rear glass LR7-60HVD

LONGI HI-MO X10 Guardian 530W: Translucent aesthetics and superior reliability for architectural integrations

The evolution of modern self-consumption requires components capable of mimicing with urban structures without sacrificing the power generation capacity. The monocrystalline panel Longi Hi-Mo X10 Guardian of 530WP irrude as the perfect technical solution for photovoltaic architectural integration projects (BIPV). By incorporating a translucent subsequent encapsulation, this module allows the filtered passage of light, becoming the ideal component for the development of parking covers, greenhouses or rest areas that look for a functional and aesthetic shading.

HPBC 2.0 cells without front bars and optimized thermal performance

The key to its high performance resides in the use of cell architecture HPBC 2.0 (Hybrid Passivated Back Contact), mounted on the advanced N-Type Tairay wafers. By moving all contacts and electrical welds to the back face, the front surface is completely clean, eradicating losses per metallic shading and fixing the efficiency of the module by 23.7% for this variant of 530w. Since these BC cells operate at a substantially lower operating temperature, the system avoids drastic performance drops during the seminars with extreme heat waves. To manage with total safety and monitoring in real time the production of these premium facilities, we recommend centralizing the current by single-phase and three-phase electrical conversion technology of the latest generation, as well as manage your surpluses and storage with batteries.

Security is a critical factor in residential and commercial covers. For this reason, the Guardian series stands out for having obtained the demanding fire resistance test report Class A, positioning itself as one of the safest market modules against external ignition risks. Also, it has an intelligent system anti-shading that manages the flow of electrons parallelly. If a part of the module suffers the shadow of a tree or accumulates dirt, the circuit isolates only that area to prevent the panel from suffering mechanical damage

Versatile mechanical fixation and minimum guaranteed degradation

The frame of black anodized aluminum from the LR7-60HVD model it has been reinforced to offer a flexible assembly in demanding engineering projects, being perfectly compatible with short-frame fixing methods and tolerating severe mechanical loads. To guarantee an impeccable leveling that preserves the translucent design in pergolas or marquee, it is ideal to use our range of anodized aluminum support structures. In terms of durability, type N type chemistry ensures a degradation less than 1% in the first year and an annual loss stabilized in only 0.35% of the year 2 per year 30, backed by a guarantee of 25-year materials.

Technical specifications (model LR7-60HVD - 530W):

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

• POWER PICO MAXIMUM (WP): 530 W

• Output power tolerance: 0 / + 3%

• Maximum power voltage (VMP): 37.07 V

• Maximum power current (imp): 14.29

• Voltage in open circuit (VOC): 44.85 V

• Short circuit current (ISC): 14.8

• Real Efficiency of the Module: 23,7%

Mechanical characteristics and components:

• Type of cells: HPBC 2.0 Monocrystals N-Type Tairay

• Number of cells: 60 cells with transparent design

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

• Net structural weight: 25.6 kg

• FRONT GLASS: High transmittance tempered glass with antireflective treatment

• Rear design: Print / Glass with high Transmittance Luminous Technology (Transparent Design)

• Panel frame: Alloy 30mm sturdy anodized aluminum 30 mm

• Connection box (J-BOX): Sealing grade sealed with integrated bypass diodes

• Output wiring: Photovoltaic cable 4.0 mm2 section

• Maximum permissible system tension: 1500 V DC

• Top-supported series fuse: 25 a

Frequently Asked Questions (FAQ)

1. What advantages does the transparent design (Transparent Design) provide the Guardian series? The transparent design replaces the conventional opaque background by a high transmittance polymer or crystal that allows the passage of natural light between solar cells. This makes it the ideal module for architectural applications where lower natural lighting is required (such as parking covers, residential pergolas or skylight), allowing to generate clean energy without completely dark space.
2. What does the Certification of Fire Resistance to Class A in this module mean? The classification of Class A it is the most rigorous safety standard in the photovoltaic industry. He certifies that the module offers an outstanding resistance against fires caused by external agents, avoiding the spread of flames. It is an indispensable requirement for commercial or high demand residential facilities where the safety of the building is a priority.
3. How does HPBC 2.0 technology influence the efficiency of this translucent panel? When using cells HPBC 2.0 (Hybrid Passivated Back Contact), All electric connection lines are located on the back face. The front is 100% free of metal grilles, which allows to capture more sunlight and reach a excellent efficiency of 23.7%, maintaining a uniform and elegant black look that contrasts cleanly with the transparent background of the module.
4. What is the guaranteed energy degradation behavior to 30 years? Thanks to the silicon N-Type Tairay immune to light wear, the panel experiences an initial loss less than 1% during the first 12 months. Of the year 2 to year 30, linear degradation is limited to a narrow 0.35% annually. The manufacturer guarantees that, when the three decades of use, the module will keep a power of the 88.85% with respect to its original nominal value.