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LONGIN TOPCon Photovoltaic Module Solar Panels
Photovoltaic panels, also known as solar panels or solar panels, are devices that directly convert solar energy into electrical energy. They are the core components of photovoltaic systems, converting solar radiation energy into direct current through the photoelectric effect. Photovoltaic panels are usually composed of multiple photovoltaic cells (photovoltaic cells), which are made of semiconductor materials and can effectively absorb and convert solar energy.Quantity: 
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LONGI Hi-MO7 LR5-72HGD
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LONGI
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XC-20245-150012
Product Introduction
LONGI Hi-MO7 is based on design optimization of high-quality silicon wafers, cells and component packaging. Hi-MO7 provides a linear power warranty with an annual attenuation of no more than 0.4%. Compared with mainstream products, Hi-MO7 power increases by approximately 4.5%. , which can increase the corresponding installation capacity and bring comprehensive savings on single Wp brackets, inverters, cables, land and AC side equipment.
Product Advantage
1. Due to the higher bifacial rate (~80%) and better power temperature coefficient (-0.28%/℃), the power generation gain can reach 3% compared to the mainstream bifacial modules in the market.
2. Hi-MO 7 is a new generation of high-efficiency components launched by LONGi for the centralized market. This product uses n-type HPDC battery technology, and SMBB welding technology is applied on the component side. It includes products of two specifications: LR5 72HGD (2278mm*1134mm) and LR7 72HGD (2382mm*1134mm).
Hi-MO 7 modules have excellent power generation performance and product reliability. Based on high bifacial ratio and excellent power temperature coefficient, Hi-MO 7 is particularly suitable for application scenarios with high surface reflectivity, high temperature and limited land area in ground power stations.
3. HPDC (High Performance and Hybrid Passivated Dual-Junction Cell) is the abbreviation of composite passivated dual-junction battery and is an upgraded technology of HPC battery. The battery adopts high and low junctions, and achieves excellent global passivation effect and reduced light absorption by optimizing the film design and deposition process; introducing a local low-resistance contact layer on the front to further improve the battery efficiency; in addition, the front and back are also optimized Anti-reflective/low composite coatings and metallization solutions. The upgraded version of HPDC solar module cells has better conversion efficiency, power temperature coefficient and reliability.
4. The core value of Hi-MO 7 modules lies in system-side cost savings: M10 modules maximize the value advantages of large sizes in terms of large brackets, cables, inverters, and labor. The significant improvement in module efficiency this time can be used in limited applications. The area increases the installed capacity of the power station by 4.5%. In addition to saving the BOS cost in the photovoltaic field, it can also dilute the cost of AC end equipment. The operation and maintenance costs during the life cycle of the power station will also be reduced accordingly;
Mechanical parameters
battery arrangement
144 (6×24)
Junction Box
Split junction box, IP68, 3 diodes
Component weight
31.8kg
Component size
2278×1134×30mm
Packaging Information
144 PCS/20 feet flat container
720 PCS/13.5m flatbed truck
864 PCS/17.5m flatbed truck
Electrical performance parameters (STC test)
Component model
LR5-72HGD-570M
LR5-72HGD-575M
LR5-72HGD-580M
LR5-72HGD-585M
Maximum power (Pmax /W)
570
575
580
585
Open circuit voltage (Voc/V)
51.19
51.30
51.41
51.52
Short circuit current (Isc /A)
14.05
14.14
14.2
14.30
Peak power voltage (Vmp/V)
43.00
43.11
43.22
43.33
Peak power current (Imp /A)
13.26
13.34
13.42
13.51
Electrical performance parameters (NOCT test)
Component model
LR5-72HGD-570M
LR5-72HGD-575M
LR5-72HGD-580M
LR5-72HGD-585M
Maximum power (Pmax /W)
433.9
437.7
441.5
445.3
Open circuit voltage (Voc/V)
48.65
48.75
48.866
48.96
Short circuit current (Isc /A)
11.29
11.35
11.42
11.48
Peak power voltage (Vmp/V)
40.87
40.97
41.07
41.18
Peak power current (Imp /A)
10.662
10.68
10.75
10.82
Load capacity
Temperature coefficient (STC test)
frontal static load
5400Pa
Short circuit current (Isc)
+0.045%/℃
static load on back
2400Pa
Open circuit voltage (Voc)
-0.230%/℃
Passes hail test
Diameter 25mm, impact speed 23m/s
Peak power (Pmax)
-0.280%/℃
Product Uses
1. Rooftop scenarios: Solar panels can be used in the construction of solar power stations on roofs of villas, public houses, wooden houses, brick-concrete houses, etc.
2. Ground scene: Solar panels can be used for the construction of photovoltaic power stations on the ground, in deserts, mountainous areas, mining subsidence areas and other places.
3. Sea scene: Solar panels can be used for the construction of photovoltaic power stations in large areas such as lakes and seas to complement fishing and light.
Product Operate Guide
LONGI solar module installation matters:
1. The installer must have the local qualification certificate for installing electrical equipment to install.
2. Please read the installation and operation manual before installation (please install the installation manual to follow the steps)
3. The installation personnel must wear safety work clothes such as electricity protection before operating.
Product Introduction
LONGI Hi-MO7 is based on design optimization of high-quality silicon wafers, cells and component packaging. Hi-MO7 provides a linear power warranty with an annual attenuation of no more than 0.4%. Compared with mainstream products, Hi-MO7 power increases by approximately 4.5%. , which can increase the corresponding installation capacity and bring comprehensive savings on single Wp brackets, inverters, cables, land and AC side equipment.
Product Advantage
1. Due to the higher bifacial rate (~80%) and better power temperature coefficient (-0.28%/℃), the power generation gain can reach 3% compared to the mainstream bifacial modules in the market.
2. Hi-MO 7 is a new generation of high-efficiency components launched by LONGi for the centralized market. This product uses n-type HPDC battery technology, and SMBB welding technology is applied on the component side. It includes products of two specifications: LR5 72HGD (2278mm*1134mm) and LR7 72HGD (2382mm*1134mm).
Hi-MO 7 modules have excellent power generation performance and product reliability. Based on high bifacial ratio and excellent power temperature coefficient, Hi-MO 7 is particularly suitable for application scenarios with high surface reflectivity, high temperature and limited land area in ground power stations.
3. HPDC (High Performance and Hybrid Passivated Dual-Junction Cell) is the abbreviation of composite passivated dual-junction battery and is an upgraded technology of HPC battery. The battery adopts high and low junctions, and achieves excellent global passivation effect and reduced light absorption by optimizing the film design and deposition process; introducing a local low-resistance contact layer on the front to further improve the battery efficiency; in addition, the front and back are also optimized Anti-reflective/low composite coatings and metallization solutions. The upgraded version of HPDC solar module cells has better conversion efficiency, power temperature coefficient and reliability.
4. The core value of Hi-MO 7 modules lies in system-side cost savings: M10 modules maximize the value advantages of large sizes in terms of large brackets, cables, inverters, and labor. The significant improvement in module efficiency this time can be used in limited applications. The area increases the installed capacity of the power station by 4.5%. In addition to saving the BOS cost in the photovoltaic field, it can also dilute the cost of AC end equipment. The operation and maintenance costs during the life cycle of the power station will also be reduced accordingly;
Mechanical parameters
battery arrangement
144 (6×24)
Junction Box
Split junction box, IP68, 3 diodes
Component weight
31.8kg
Component size
2278×1134×30mm
Packaging Information
144 PCS/20 feet flat container
720 PCS/13.5m flatbed truck
864 PCS/17.5m flatbed truck
Electrical performance parameters (STC test)
Component model
LR5-72HGD-570M
LR5-72HGD-575M
LR5-72HGD-580M
LR5-72HGD-585M
Maximum power (Pmax /W)
570
575
580
585
Open circuit voltage (Voc/V)
51.19
51.30
51.41
51.52
Short circuit current (Isc /A)
14.05
14.14
14.2
14.30
Peak power voltage (Vmp/V)
43.00
43.11
43.22
43.33
Peak power current (Imp /A)
13.26
13.34
13.42
13.51
Electrical performance parameters (NOCT test)
Component model
LR5-72HGD-570M
LR5-72HGD-575M
LR5-72HGD-580M
LR5-72HGD-585M
Maximum power (Pmax /W)
433.9
437.7
441.5
445.3
Open circuit voltage (Voc/V)
48.65
48.75
48.866
48.96
Short circuit current (Isc /A)
11.29
11.35
11.42
11.48
Peak power voltage (Vmp/V)
40.87
40.97
41.07
41.18
Peak power current (Imp /A)
10.662
10.68
10.75
10.82
Load capacity
Temperature coefficient (STC test)
frontal static load
5400Pa
Short circuit current (Isc)
+0.045%/℃
static load on back
2400Pa
Open circuit voltage (Voc)
-0.230%/℃
Passes hail test
Diameter 25mm, impact speed 23m/s
Peak power (Pmax)
-0.280%/℃
Product Uses
1. Rooftop scenarios: Solar panels can be used in the construction of solar power stations on roofs of villas, public houses, wooden houses, brick-concrete houses, etc.
2. Ground scene: Solar panels can be used for the construction of photovoltaic power stations on the ground, in deserts, mountainous areas, mining subsidence areas and other places.
3. Sea scene: Solar panels can be used for the construction of photovoltaic power stations in large areas such as lakes and seas to complement fishing and light.
Product Operate Guide
LONGI solar module installation matters:
1. The installer must have the local qualification certificate for installing electrical equipment to install.
2. Please read the installation and operation manual before installation (please install the installation manual to follow the steps)
3. The installation personnel must wear safety work clothes such as electricity protection before operating.
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