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Hi-MO 7 solar module is based on hybrid passivated dual-junction cell technology, and features the conventional M10 cell/wafer size, a mass production power of 580W and a conversion efficiency of 22.5%.
This module is designed for use in the utility market, building on the company's Hi-MO 5 module which was designed for use in the same sector. It measures 2,279mm x 1,134mm, as do other M10 modules, and the widespread adoption of this size of modules means that new iterations like the Hi-MO 7 will benefit from a sector that is very familiar with the panels.
Hi-MO 7
LONGI Solar
N-Type TOPCon
560-620W
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KEY FEATURES
High Efficiency: The Hi-MO 7 utilizes N-Type Topcon bifacial solar cells, The cells efficienc exceeds 25.8%.
Excellent Performance: Hi-MO7 with higher bifaciality (80%), better power temperature coefficient (-0.28%/℃) and lower module operating temperature.
Reliability: Hi-MO7 bifacial module with better anti-degradation performance (first year degradation is not higher than 1%) and low-irradiation power generation performance
Durability: Hi-MO7 provides a power warranty with an linear degradation of no more than 0.4%, effectively ensuring the long-term benefits of clients.
High ROI(return on investment): This significant improvement in module efficiency can increase the installation capacity of the power station by 4.5% on a limited area.
Versatility: Hi-MO7 is especially suitable for desert Gobi with high albedo and high environmental temperature. Compared to mainstream bifacial modules in the market, its power generation gain can reach 3%;
| Module Type：LR5-72HGD-***M | 560 | 565 | 570 | 575 | 580 | 585 | 590 |
| Maximum Power (Pmax/W) | 560 | 565 | 570 | 575 | 580 | 585 | 590 |
| Open Circuit Voltage (Voc/V) | 50.99 | 51.09 | 51.19 | 51.3 | 51.41 | 51.52 | 51.63 |
| Short Circuit Current (lsc/A) | 13.89 | 13.97 | 14.05 | 14.14 | 14.22 | 14.3 | 14.38 |
| Voltage at Maximum Power (Vmp/V) | 42.82 | 42.91 | 43 | 43.11 | 43.22 | 43.33 | 43.44 |
| Current at Maximum Power (Imp/A) | 13.08 | 13.17 | 13.26 | 13.34 | 13.42 | 13.51 | 13.59 |
| Module Efficiency(%) | 21.7 | 21.9 | 22.1 | 22.3 | 22.5 | 22.6 | 22.8 |
| Operating Parameters | |||||||
| Operational Temperature | -40°C - +85°C | ||||||
| Power Output Tolerance | 0-3% | ||||||
| Maximum System Voltage | DC1500V (IEC/UL) | ||||||
| Maximum Series Fuse Rating | 30A | ||||||
| Nominal Operating Cell Temperature | 45±2°C | ||||||
| Protection Class | Class II | ||||||
| Bifaciality | 80±5% | ||||||
| Fire Rating | Ultype 29 IEC Class C | ||||||
| Mechanical Loading | |||||||
| Front Side Maximum Static Loading | 5400Pa | ||||||
| Rear Side Maximum Static Loading | 2400Pa | ||||||
| Hailstone Test | 25mm Hailstone at the speed of 23m/s | ||||||
| Temperature Ratings (STC) | |||||||
| Temperature Coefficient of lsc | +0.045%/°C | ||||||
| Temperature Coefficient of Voe | -0.230%/°C | ||||||
| Temperature Coefficient of Pmax | -0.280%/°C | ||||||
*Specifications included in this datasheet are subject to change without notice. HINERGY reserves the right of final interpretation.
What is LONGi Hi-MO7 solar panel?
Hi-MO 7 solar panels is LONGi's latest generation of high-efficiency modules designed for the utility market. The module uses SMBB welding technology including LR5 72HGD （2278mm*1134mm） and LR7 72HGD （2382mm*1134mm ) two types product. Hi-MO 7 boasts excellent power generation performance and product reliability, making it particularly suitable for applications with high albedo, high temperature, and limited space.
What is HPDC technology?
HPDC is name for High Performance and Hybrid Passivated Dual-Junction Cell, which is a bifacial dual-junction cell produced by hybrid passivation technology. Different passivation technologies are used on the front and back of this cell, which can effectively reduce the carrier recombination and enhance the cell's power generation capacity. Meanwhile, the high and low junctions on the backside can realize full passivation and further reduce surface recombination. Therefore, HPDC cell has higher Voc and efficiency, lower degradation and better power temperature coefficient.
What are the core values of the Longi Hi-MO 7 photovotaic module?
(A) System cost saving: M10 modules maximize the value advantages of large size in racks, cables, inverters, and labor. This significant improvement in module efficiency can increase the installation capacity of the power station by 4.5% on a limited area. In addition to saving BOS costs in the photovoltaic field, it can also dilute the cost of AC terminal equipment, and correspondingly reduce the operation and maintenance costs during the life cycle of the power station.
(B) Excellent power generation performance: Due to higher bifaciality (~80%), better power temperature coefficient (-0.28%/℃) and lower module operating temperature, better anti-degradation performance (first year degradation is not higher than 1%) and low-irradiation power generation performance, Hi-MO7 is especially suitable for desert Gobi with high albedo and high environmental temperature. Compared to mainstream bifacial modules in the market, its power generation gain can reach 3%.
(C) Stable and reliable life cycle: Based on optimization of high-quality silicon wafers, cells, and module encapsulation, Hi-MO7 provides a power warranty with an linear degradation of no more than 0.4%, effectively ensuring the long-term benefits of clients.
What is the difference between Hi MO5, Hi MO X6 and Hi MO7？
LONGi's Hi-MO5 is based on p-type M10 PERC cells, the Hi-MO6 family uses back contact cell technology, though allegedly p-type, unless the other commercial IBC manufacturers. The new Hi-MO7 panels are incorporating n-type TOPCon cell technology.
What is the market positioning of Hi-MO 7 and how does it differentiate from or relate to LONGi’s popular product Hi-MO 5 and Hi-MO X6?
The Hi-MO 7 bifacial module is a high-performance product launched by LONGi for the utility market, forming a "Hi-MO 5+Hi-MO 7" product portfolio. The Hi-MO 5 boasts mature stability and remains the mainstay of utility power generation with performance exceeding expectations over time. The Hi-MO 7 is designed to excel in advantageous application scenarios characterized by high surface reflectance, elevated ambient temperatures, limited land availability, and high labor costs. The Hi-MO X6 mono-facial module is a top-of-the-line, high-performance product designed for the distributed market. In addition to its sleek appearance, it delivers exceptional efficiency and performance, providing users with a complete experience.
What's the member of Longi HI-MO X6 family？
The Longi Hi-MO X6 series comes with the characteristics of aesthetics, reliability, efficiency, and intelligence. This latest technology is capable of significantly improving features such as light absorption and photoelectric conversion of solar cells, resulting in increased module output power.
Based on the application scenarios and functional characteristics of the product, the series is divided into:
Explorer; Scientist; Guardian; Artist series.
KEY FEATURES
High Efficiency: The Hi-MO 7 utilizes N-Type Topcon bifacial solar cells, The cells efficienc exceeds 25.8%.
Excellent Performance: Hi-MO7 with higher bifaciality (80%), better power temperature coefficient (-0.28%/℃) and lower module operating temperature.
Reliability: Hi-MO7 bifacial module with better anti-degradation performance (first year degradation is not higher than 1%) and low-irradiation power generation performance
Durability: Hi-MO7 provides a power warranty with an linear degradation of no more than 0.4%, effectively ensuring the long-term benefits of clients.
High ROI(return on investment): This significant improvement in module efficiency can increase the installation capacity of the power station by 4.5% on a limited area.
Versatility: Hi-MO7 is especially suitable for desert Gobi with high albedo and high environmental temperature. Compared to mainstream bifacial modules in the market, its power generation gain can reach 3%;
| Module Type：LR5-72HGD-***M | 560 | 565 | 570 | 575 | 580 | 585 | 590 |
| Maximum Power (Pmax/W) | 560 | 565 | 570 | 575 | 580 | 585 | 590 |
| Open Circuit Voltage (Voc/V) | 50.99 | 51.09 | 51.19 | 51.3 | 51.41 | 51.52 | 51.63 |
| Short Circuit Current (lsc/A) | 13.89 | 13.97 | 14.05 | 14.14 | 14.22 | 14.3 | 14.38 |
| Voltage at Maximum Power (Vmp/V) | 42.82 | 42.91 | 43 | 43.11 | 43.22 | 43.33 | 43.44 |
| Current at Maximum Power (Imp/A) | 13.08 | 13.17 | 13.26 | 13.34 | 13.42 | 13.51 | 13.59 |
| Module Efficiency(%) | 21.7 | 21.9 | 22.1 | 22.3 | 22.5 | 22.6 | 22.8 |
| Operating Parameters | |||||||
| Operational Temperature | -40°C - +85°C | ||||||
| Power Output Tolerance | 0-3% | ||||||
| Maximum System Voltage | DC1500V (IEC/UL) | ||||||
| Maximum Series Fuse Rating | 30A | ||||||
| Nominal Operating Cell Temperature | 45±2°C | ||||||
| Protection Class | Class II | ||||||
| Bifaciality | 80±5% | ||||||
| Fire Rating | Ultype 29 IEC Class C | ||||||
| Mechanical Loading | |||||||
| Front Side Maximum Static Loading | 5400Pa | ||||||
| Rear Side Maximum Static Loading | 2400Pa | ||||||
| Hailstone Test | 25mm Hailstone at the speed of 23m/s | ||||||
| Temperature Ratings (STC) | |||||||
| Temperature Coefficient of lsc | +0.045%/°C | ||||||
| Temperature Coefficient of Voe | -0.230%/°C | ||||||
| Temperature Coefficient of Pmax | -0.280%/°C | ||||||
*Specifications included in this datasheet are subject to change without notice. HINERGY reserves the right of final interpretation.
What is LONGi Hi-MO7 solar panel?
Hi-MO 7 solar panels is LONGi's latest generation of high-efficiency modules designed for the utility market. The module uses SMBB welding technology including LR5 72HGD （2278mm*1134mm） and LR7 72HGD （2382mm*1134mm ) two types product. Hi-MO 7 boasts excellent power generation performance and product reliability, making it particularly suitable for applications with high albedo, high temperature, and limited space.
What is HPDC technology?
HPDC is name for High Performance and Hybrid Passivated Dual-Junction Cell, which is a bifacial dual-junction cell produced by hybrid passivation technology. Different passivation technologies are used on the front and back of this cell, which can effectively reduce the carrier recombination and enhance the cell's power generation capacity. Meanwhile, the high and low junctions on the backside can realize full passivation and further reduce surface recombination. Therefore, HPDC cell has higher Voc and efficiency, lower degradation and better power temperature coefficient.
What are the core values of the Longi Hi-MO 7 photovotaic module?
(A) System cost saving: M10 modules maximize the value advantages of large size in racks, cables, inverters, and labor. This significant improvement in module efficiency can increase the installation capacity of the power station by 4.5% on a limited area. In addition to saving BOS costs in the photovoltaic field, it can also dilute the cost of AC terminal equipment, and correspondingly reduce the operation and maintenance costs during the life cycle of the power station.
(B) Excellent power generation performance: Due to higher bifaciality (~80%), better power temperature coefficient (-0.28%/℃) and lower module operating temperature, better anti-degradation performance (first year degradation is not higher than 1%) and low-irradiation power generation performance, Hi-MO7 is especially suitable for desert Gobi with high albedo and high environmental temperature. Compared to mainstream bifacial modules in the market, its power generation gain can reach 3%.
(C) Stable and reliable life cycle: Based on optimization of high-quality silicon wafers, cells, and module encapsulation, Hi-MO7 provides a power warranty with an linear degradation of no more than 0.4%, effectively ensuring the long-term benefits of clients.
What is the difference between Hi MO5, Hi MO X6 and Hi MO7？
LONGi's Hi-MO5 is based on p-type M10 PERC cells, the Hi-MO6 family uses back contact cell technology, though allegedly p-type, unless the other commercial IBC manufacturers. The new Hi-MO7 panels are incorporating n-type TOPCon cell technology.
What is the market positioning of Hi-MO 7 and how does it differentiate from or relate to LONGi’s popular product Hi-MO 5 and Hi-MO X6?
The Hi-MO 7 bifacial module is a high-performance product launched by LONGi for the utility market, forming a "Hi-MO 5+Hi-MO 7" product portfolio. The Hi-MO 5 boasts mature stability and remains the mainstay of utility power generation with performance exceeding expectations over time. The Hi-MO 7 is designed to excel in advantageous application scenarios characterized by high surface reflectance, elevated ambient temperatures, limited land availability, and high labor costs. The Hi-MO X6 mono-facial module is a top-of-the-line, high-performance product designed for the distributed market. In addition to its sleek appearance, it delivers exceptional efficiency and performance, providing users with a complete experience.
What's the member of Longi HI-MO X6 family？
The Longi Hi-MO X6 series comes with the characteristics of aesthetics, reliability, efficiency, and intelligence. This latest technology is capable of significantly improving features such as light absorption and photoelectric conversion of solar cells, resulting in increased module output power.Based on the application scenarios and functional characteristics of the product, the series is divided into:
Explorer; Scientist; Guardian; Artist series.
