LR7-72HVHF 640–670W BC-Cell Monocrystalline Module
HPBC 2.0 Cell Technology • Up to 24.8% Module Efficiency • 15-Year Warranty for Materials & Processing • 30-Year Linear Power Warranty
High-efficiency BC module designed for reliable power generation, with a unique frame design that reduces the impact of dust accumulation.
|
Key Value |
Specification |
|
Maximum module efficiency |
Up to 24.8% |
|
Power range |
640–670W |
|
Power tolerance |
0 to +3% |
|
First-year power degradation |
<1% |
|
Year 2–30 degradation |
0.35% / year |
|
Maximum system voltage |
DC 1500V (IEC) |
Product Overview
High-efficiency BC technology, engineered for practical rooftop applications.
The LR7-72HVHF series is a 640–670W BC-cell monocrystalline module equipped with HPBC 2.0 cell technology. The product combines high module efficiency with a construction focused on long-term reliability and stable operation. With efficiency reaching 24.8% on the 670W version, the series is designed to deliver high power density while keeping the module format suitable for commercial and industrial rooftop applications.
A distinctive feature of the series is its frame design, which is intended to effectively reduce the impact of dust accumulation. This design consideration is particularly relevant to real-world installations where dust can accumulate on module surfaces and influence energy generation over time.
The datasheet specifically identifies industrial and commercial color steel tile roofs and small-angle installation scenarios as suitable applications. This makes the LR7-72HVHF a strong fit for project environments where roof characteristics, installation angle and long-term operating conditions need to be considered together.
Key Advantages
High Power Density for Space-Constrained Roofs
With a power range of 640W to 670W and maximum module efficiency of 24.8%, the LR7-72HVHF series is designed to make effective use of available installation area. For commercial and industrial rooftops, higher power per module can help project designers achieve the required system capacity without relying solely on additional roof area.
HPBC 2.0 Cell Technology
The module is equipped with HPBC 2.0 cell technology and uses BC-cell architecture. The supplied datasheet presents this technology as the foundation of the module's high-efficiency performance, providing a clear technology proposition for buyers comparing different high-efficiency module platforms.
Dust-Reducing Frame Design
The unique frame design is specifically described as reducing the impact of dust accumulation and improving power-generation gain throughout the module lifecycle. For installations exposed to dust, the frame design adds a practical operating consideration beyond headline efficiency figures.
Stable Operation Under Harsh Conditions
The LR7-72HVHF is specified for an operating temperature range of -40°C to +85°C and includes defined mechanical-load and hailstone-test ratings. These specifications support its positioning for projects where modules may be exposed to demanding outdoor operating conditions.
640–670W power range with up to 24.8% module efficiency
HPBC 2.0 / BC-cell technology
Unique frame design intended to reduce dust accumulation impact
0 to +3% power tolerance
15-year warranty for materials and processing
30-year linear power warranty
Technology & Construction
The LR7-72HVHF combines cell technology, module construction and environmental protection features into a single module platform. The following elements are directly supported by the supplied datasheet.
HPBC 2.0 BC-Cell Platform
The product is equipped with HPBC 2.0 cells and identified as a BC-cell module. The 640–670W range allows buyers to select different power classes within the same product family while maintaining the same overall module platform.
144-Cell Configuration
The module uses 144 cells arranged in a 6 × 24 orientation. The standardized cell arrangement is integrated into the module's 2382 × 1134mm format and supports the series' high-power configuration.
Single-Glass Module Construction
The front construction uses 3.2mm coated tempered glass, combined with an anodized aluminum alloy frame. The junction box is rated IP68 and uses three diodes, supporting the module's outdoor operating configuration.
Designed for Practical Rooftop Installation
The datasheet highlights industrial and commercial color steel tile roofs and small-angle installation scenarios. This application focus makes the series particularly relevant to rooftop projects where installation conditions differ from conventional utility-scale ground-mounted systems.
Electrical Performance
The LR7-72HVHF family covers seven power classes from 640W to 670W. The electrical characteristics below are taken directly from the supplied datasheet and are presented under the specified STC conditions. This range gives project buyers flexibility to select the appropriate power class while staying within one product family.
|
Module |
Pmax (W) |
Voc (V) |
Isc (A) |
Vmp (V) |
Imp (A) |
Efficiency |
|
LR7-72HVHF-640M |
640 |
53.70 |
15.13 |
44.36 |
14.43 |
23.7% |
|
LR7-72HVHF-645M |
645 |
53.80 |
15.21 |
44.46 |
14.51 |
23.9% |
|
LR7-72HVHF-650M |
650 |
53.90 |
15.29 |
44.56 |
14.59 |
24.1% |
|
LR7-72HVHF-655M |
655 |
54.00 |
15.37 |
44.66 |
14.67 |
24.2% |
|
LR7-72HVHF-660M |
660 |
54.10 |
15.45 |
44.76 |
14.75 |
24.4% |
|
LR7-72HVHF-665M |
665 |
54.20 |
15.53 |
44.86 |
14.83 |
24.6% |
|
LR7-72HVHF-670M |
670 |
54.30 |
15.61 |
44.96 |
14.91 |
24.8% |
Testing conditions stated in the datasheet: STC at AM1.5, 1000W/m² and 25°C; NOCT at AM1.5, 800W/m² and 20°C. Test uncertainty for Pmax is stated as ±3%.
Performance in Real-World Conditions
Solar modules operate under changing irradiance and temperature rather than laboratory conditions alone. For project evaluation, temperature coefficients, operating temperature and mechanical ratings provide important context for how the module is specified for outdoor use.
Temperature Performance
The module's temperature coefficients are specified as +0.050%/°C for Isc, -0.200%/°C for Voc and -0.260%/°C for Pmax. The Pmax coefficient indicates how maximum power changes with temperature and provides a technical reference for system designers evaluating module behavior across different operating temperatures.
Wide Operating Temperature Range
The specified operating temperature range is -40°C to +85°C, while the nominal operating cell temperature is 45 ± 2°C. Together, these specifications define the module's intended operating envelope for outdoor installations.
Mechanical and Hailstone Resistance
The module is rated for a maximum static loading of 5400Pa on the front side and 2400Pa on the rear side. The datasheet also specifies a hailstone test using a 25mm hailstone at a speed of 23m/s. These ratings provide project engineers with defined mechanical-performance references when assessing installation conditions.
Recommended Applications
Industrial & Commercial Color Steel Tile Roofs
The LR7-72HVHF series is explicitly positioned for industrial and commercial color steel tile roofs. Its high power output and compact module format make it suitable for projects where available roof area and installation conditions are important design considerations.
Small-Angle Installation Scenarios
The datasheet also identifies small-angle installation scenarios as a suitable application. This gives the product a clear positioning for rooftop projects where module mounting conditions may differ from standard high-tilt configurations.
Projects Requiring High Efficiency
With efficiency reaching 24.8%, the series is suited to buyers seeking a high-efficiency module platform for commercial and industrial applications. The availability of seven power classes from 640W to 670W also allows procurement teams to select a suitable rating within the same series.
Reliability & Long-Term Power
Long-term module value depends not only on initial power output but also on how the module is warranted to perform over its service life. The LR7-72HVHF series is backed by a 15-year warranty for materials and processing and a 30-year warranty for extra linear power output.
Controlled Power Degradation
The datasheet specifies less than 1% power degradation during the first year and 0.35% annual degradation from year 2 through year 30. These figures provide buyers with a clear framework for evaluating the module's long-term power-retention proposition.
A 30-Year Power Proposition
The 30-year linear power warranty is designed to support long-term project planning. For commercial and industrial project owners, a defined long-term power warranty can be an important part of evaluating expected asset performance and supplier risk.
|
Warranty / Degradation |
Specification |
|
Product warranty |
15 years for materials and processing |
|
Linear power warranty |
30 years |
|
First-year power degradation |
<1% |
|
Year 2–30 power degradation |
0.35% per year |
Certifications & Quality Systems
For international solar procurement, certification and quality-management documentation are an important part of supplier evaluation. The supplied datasheet lists IEC 61215, IEC 61730 and UL 61730, together with ISO and IEC management or qualification standards.
IEC 61215 - module design qualification / type approval framework
IEC 61730 - photovoltaic module safety qualification
UL 61730 - photovoltaic module safety standard
ISO 9001:2015 - Quality Management System
ISO 14001:2015 - Environmental Management System
ISO 45001:2018 - Occupational Health and Safety
IEC 62941 - guideline for module design qualification and type approval
For the live website, certification marks and downloadable certificates should be matched to the exact product configuration and current certification scope. This avoids presenting a certification beyond the documentation applicable to the supplied module.
Mechanical Design & Logistics
For B2B buyers, module dimensions, weight, cable configuration and container loading capacity directly affect system design, logistics planning and landed cost. The LR7-72HVHF has a 2382 × 1134 × 30mm form factor and weighs 28.5kg.
The supplied packaging specification is 35 modules per pallet, 140 modules per 20' GP container and 700 modules per 40' HC container. These figures can be used as an initial reference for shipment planning and should be confirmed against the final packing configuration before each order.
|
Parameter |
Specification |
|
Dimensions |
2382 × 1134 × 30mm |
|
Weight |
28.5kg |
|
Frame |
Anodized aluminum alloy |
|
Junction box |
IP68, three diodes |
|
Glass |
Single glass, 3.2mm coated tempered glass |
|
Output cable |
4mm²; +400 / -200mm; ±1400mm length can be customized |
|
Packaging |
35 pcs/pallet; 140 pcs/20' GP; 700 pcs/40' HC |
Project & Procurement Value
The LR7-72HVHF is positioned around a combination of high efficiency, practical rooftop suitability and long-term power assurance. For B2B procurement teams, the value proposition is not limited to the module's rated wattage: it also includes the ability to select from seven power classes, a defined mechanical specification, documented operating limits and long-term warranty coverage.
For EPCs and Installers
The 640–670W range provides multiple power options within one series, while the defined dimensions, electrical characteristics and mechanical ratings support system design and procurement planning.
For Distributors
A high-efficiency BC product family with multiple wattage options can provide a clear product ladder for different rooftop requirements. The 15-year product warranty and 30-year linear power warranty also provide important information for customer-facing sales discussions.
For Commercial & Industrial Project Owners
The combination of high module efficiency, a dust-impact-reducing frame design and long-term power warranty is designed to address three practical concerns: available installation area, outdoor operating conditions and long-term energy output.
FAQ
Q: What is the LR7-72HVHF power range?
A: The LR7-72HVHF series covers 640W to 670W, with seven power classes: 640W, 645W, 650W, 655W, 660W, 665W and 670W.
Q: What is the highest module efficiency?
A: The LR7-72HVHF-670M reaches 24.8% module efficiency.
Q: What cell technology is used?
A: The series uses BC-cell technology equipped with HPBC 2.0 cells.
Q: What are the warranty terms?
A: The datasheet specifies a 15-year warranty for materials and processing and a 30-year warranty for extra linear power output.
Q: What is the first-year degradation?
A: The specified first-year power degradation is less than 1%.
Q: What is the degradation from year 2 to year 30?
A: The specified annual power degradation is 0.35% from year 2 through year 30.
Q: What is the maximum system voltage?
A: The maximum system voltage is DC 1500V according to IEC requirements stated in the datasheet.
Q: What are the operating temperature limits?
A: The specified operational temperature range is -40°C to +85°C.
Q: What is the module size and weight?
A: The module measures 2382 × 1134 × 30mm and weighs 28.5kg.
Q: Can the output cable length be customized?
A: The datasheet specifies 4mm² output cable and states that cable length can be customized.
Q: What applications does the datasheet recommend?
A: The datasheet specifically highlights industrial and commercial color steel tile roofs and small-angle installation scenarios.
Hot Tags: longi 670w, China longi 670w manufacturers, suppliers, factory