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3-32-016410
Longi Hi-Mo-6 430W Solarmodul LR5-54HTH Black Frame
The Jinko Tiger Neo N-Type is a 415W solar module with monocrystalline cells and N-type technology. The solar cells use the Super Multi Busbar technology - with this, the loss due to microcracks has been efficiently reduced, the current transmission path reduced by 50% and the cell efficiency improved. The module is manufactured with Hot 2.0 technology.
The Jinko solar module is certified for use in wind and snow loads of 2400-5400 Pa, as well as for its high salt and ammonia resistance. The tempered front glass with high light transmission and low iron content has a thickness of 3.2mm and an anti-reflective coating. The frame has an anodised aluminium alloy finish.
Features
16 busbars (super multi-busbar technology)
High efficiency of 21.00
PID resistance (Excellent anti-PID performance guarantee thanks to optimised mass
production processes and material control)
Hot 2.0 technology
Positive power tolerance of 0~+3%
Incl. connection cable
Manufacturer's product warranty: 15 years
Improved low light performance
Improved mechanical resistance to external influences
Max. Max. service life even under extreme environmental conditions
Super-Multi-Busbar-Technology
Busbars are located on each PV module. These are busbars that are permanently printed on each solar cell. They receive the generated direct current and conduct it to the busbars. By using more busbars, Jinko reduces shading, shortens transport distances and reduces resistance in the modules.
N-Type Technology
Compared to P-type products, N-type cells, which use a different doping technology, perform better in terms of power dissipation. The significant increase in the bifacial factor and the optimisation of the operating temperature also bring a higher power gain. When it comes to the LCOE value (cost of electricity), the analysis result has significantly reduced compared to conventional P-type modules.
HOT 2.0-Technology
Efficient passivation contact technology is applied in HOT 2.0 cells, which updates micro-nano-tunnelling through the oxide layer and carrier-selective lamination of microcrystalline silicon thin films on the backside. This advanced structure contributes to better passivation performance and electrical conductivity, increasing cell efficiency and power generation performance. Under mass production conditions, the maximum efficiency of the N-type HOT2.0 cell is over 21% and has a wide application prospect in the near future.
Technical Data
Power (Pmax): 415Wp-Voltage (Vmp): 31.3 V
Max. Current (Imp): 13.17 A
Open-circuit voltage (Voc): 37.73 V
short-circuit current (Isc): 13.91 A
cell efficiency: 21.00%
Operating temperature: -40°C - +85°C
Max. System voltage: 1000/1500VDC (IEC)cell type: N-type monocrystalline
Number of cells: 108 (6 x 18)
Weight: 22 kg
Dimensions: 1722 x 1134 x 30 mm
Protection class of junction box: IP68
Frame Color: Black
Scope of delivery:
1x Jinko Tiger N-type 415W solar Panel blackframe
The Jinko Tiger Neo N-Type is a 415W solar module with monocrystalline cells and N-type technology. The solar cells use the Super Multi Busbar technol...
Shipped in 4-8 Werktage
Shipped in 4-8 Werktage
VAT-exempt delivery possible*
The Jinko Tiger Neo N-Type is a 415W solar module with monocrystalline cells and N-type technology. The solar cells use the Super Multi Busbar technology - with this, the loss due to microcracks has been efficiently reduced, the current transmission path reduced by 50% and the cell efficiency improved. The module is manufactured with Hot 2.0 technology.
The Jinko solar module is certified for use in wind and snow loads of 2400-5400 Pa, as well as for its high salt and ammonia resistance. The tempered front glass with high light transmission and low iron content has a thickness of 3.2mm and an anti-reflective coating. The frame has an anodised aluminium alloy finish.
Features
16 busbars (super multi-busbar technology)
High efficiency of 21.00
PID resistance (Excellent anti-PID performance guarantee thanks to optimised mass
production processes and material control)
Hot 2.0 technology
Positive power tolerance of 0~+3%
Incl. connection cable
Manufacturer's product warranty: 15 years
Improved low light performance
Improved mechanical resistance to external influences
Max. Max. service life even under extreme environmental conditions
Super-Multi-Busbar-Technology
Busbars are located on each PV module. These are busbars that are permanently printed on each solar cell. They receive the generated direct current and conduct it to the busbars. By using more busbars, Jinko reduces shading, shortens transport distances and reduces resistance in the modules.
N-Type Technology
Compared to P-type products, N-type cells, which use a different doping technology, perform better in terms of power dissipation. The significant increase in the bifacial factor and the optimisation of the operating temperature also bring a higher power gain. When it comes to the LCOE value (cost of electricity), the analysis result has significantly reduced compared to conventional P-type modules.
HOT 2.0-Technology
Efficient passivation contact technology is applied in HOT 2.0 cells, which updates micro-nano-tunnelling through the oxide layer and carrier-selective lamination of microcrystalline silicon thin films on the backside. This advanced structure contributes to better passivation performance and electrical conductivity, increasing cell efficiency and power generation performance. Under mass production conditions, the maximum efficiency of the N-type HOT2.0 cell is over 21% and has a wide application prospect in the near future.
Technical Data
Power (Pmax): 415Wp-Voltage (Vmp): 31.3 V
Max. Current (Imp): 13.17 A
Open-circuit voltage (Voc): 37.73 V
short-circuit current (Isc): 13.91 A
cell efficiency: 21.00%
Operating temperature: -40°C - +85°C
Max. System voltage: 1000/1500VDC (IEC)cell type: N-type monocrystalline
Number of cells: 108 (6 x 18)
Weight: 22 kg
Dimensions: 1722 x 1134 x 30 mm
Protection class of junction box: IP68
Frame Color: Black
Scope of delivery:
1x Jinko Tiger N-type 415W solar Panel blackframe
Shipped in 4-8 Werktage
VAT-exempt delivery possible*
3-32-016405
Jinko Tiger Neo 415W Solar Panel Mono N-Type Blackframe
The Jinko Tiger Neo N-Type is a 415W solar module with monocrystalline cells and N-type technology. The solar cells use the Super Multi Busbar technology - with this, the loss due to microcracks has been efficiently reduced, the current transmission path reduced by 50% and the cell efficiency improved. The module is manufactured with Hot 2.0 technology.
The Jinko solar module is certified for use in wind and snow loads of 2400-5400 Pa, as well as for its high salt and ammonia resistance. The tempered front glass with high light transmission and low iron content has a thickness of 3.2mm and an anti-reflective coating. The frame has an anodised aluminium alloy finish.
Features
16 busbars (super multi-busbar technology)
High efficiency of 21.00
PID resistance (Excellent anti-PID performance guarantee thanks to optimised mass
production processes and material control)
Hot 2.0 technology
Positive power tolerance of 0~+3%
Incl. connection cable
Manufacturer's product warranty: 15 years
Improved low light performance
Improved mechanical resistance to external influences
Max. Max. service life even under extreme environmental conditions
Super-Multi-Busbar-Technology
Busbars are located on each PV module. These are busbars that are permanently printed on each solar cell. They receive the generated direct current and conduct it to the busbars. By using more busbars, Jinko reduces shading, shortens transport distances and reduces resistance in the modules.
N-Type Technology
Compared to P-type products, N-type cells, which use a different doping technology, perform better in terms of power dissipation. The significant increase in the bifacial factor and the optimisation of the operating temperature also bring a higher power gain. When it comes to the LCOE value (cost of electricity), the analysis result has significantly reduced compared to conventional P-type modules.
HOT 2.0-Technology
Efficient passivation contact technology is applied in HOT 2.0 cells, which updates micro-nano-tunnelling through the oxide layer and carrier-selective lamination of microcrystalline silicon thin films on the backside. This advanced structure contributes to better passivation performance and electrical conductivity, increasing cell efficiency and power generation performance. Under mass production conditions, the maximum efficiency of the N-type HOT2.0 cell is over 21% and has a wide application prospect in the near future.
Technical Data
Power (Pmax): 415Wp-Voltage (Vmp): 31.3 V
Max. Current (Imp): 13.17 A
Open-circuit voltage (Voc): 37.73 V
short-circuit current (Isc): 13.91 A
cell efficiency: 21.00%
Operating temperature: -40°C - +85°C
Max. System voltage: 1000/1500VDC (IEC)cell type: N-type monocrystalline
Number of cells: 108 (6 x 18)
Weight: 22 kg
Dimensions: 1722 x 1134 x 30 mm
Protection class of junction box: IP68
Frame Color: Black
Scope of delivery:
1x Jinko Tiger N-type 415W solar Panel blackframe
The Jinko Tiger Neo N-Type is a 415W solar module with monocrystalline cells and N-type technology. The solar cells use the Super Multi Busbar technol...
Soon available again
Soon available again
VAT-exempt delivery possible*
The Jinko Tiger Neo N-Type is a 415W solar module with monocrystalline cells and N-type technology. The solar cells use the Super Multi Busbar technology - with this, the loss due to microcracks has been efficiently reduced, the current transmission path reduced by 50% and the cell efficiency improved. The module is manufactured with Hot 2.0 technology.
The Jinko solar module is certified for use in wind and snow loads of 2400-5400 Pa, as well as for its high salt and ammonia resistance. The tempered front glass with high light transmission and low iron content has a thickness of 3.2mm and an anti-reflective coating. The frame has an anodised aluminium alloy finish.
Features
16 busbars (super multi-busbar technology)
High efficiency of 21.00
PID resistance (Excellent anti-PID performance guarantee thanks to optimised mass
production processes and material control)
Hot 2.0 technology
Positive power tolerance of 0~+3%
Incl. connection cable
Manufacturer's product warranty: 15 years
Improved low light performance
Improved mechanical resistance to external influences
Max. Max. service life even under extreme environmental conditions
Super-Multi-Busbar-Technology
Busbars are located on each PV module. These are busbars that are permanently printed on each solar cell. They receive the generated direct current and conduct it to the busbars. By using more busbars, Jinko reduces shading, shortens transport distances and reduces resistance in the modules.
N-Type Technology
Compared to P-type products, N-type cells, which use a different doping technology, perform better in terms of power dissipation. The significant increase in the bifacial factor and the optimisation of the operating temperature also bring a higher power gain. When it comes to the LCOE value (cost of electricity), the analysis result has significantly reduced compared to conventional P-type modules.
HOT 2.0-Technology
Efficient passivation contact technology is applied in HOT 2.0 cells, which updates micro-nano-tunnelling through the oxide layer and carrier-selective lamination of microcrystalline silicon thin films on the backside. This advanced structure contributes to better passivation performance and electrical conductivity, increasing cell efficiency and power generation performance. Under mass production conditions, the maximum efficiency of the N-type HOT2.0 cell is over 21% and has a wide application prospect in the near future.
Technical Data
Power (Pmax): 415Wp-Voltage (Vmp): 31.3 V
Max. Current (Imp): 13.17 A
Open-circuit voltage (Voc): 37.73 V
short-circuit current (Isc): 13.91 A
cell efficiency: 21.00%
Operating temperature: -40°C - +85°C
Max. System voltage: 1000/1500VDC (IEC)cell type: N-type monocrystalline
Number of cells: 108 (6 x 18)
Weight: 22 kg
Dimensions: 1722 x 1134 x 30 mm
Protection class of junction box: IP68
Frame Color: Black
Scope of delivery:
1x Jinko Tiger N-type 415W solar Panel blackframe
Soon available again
VAT-exempt delivery possible*
3-32-016406
Jinko Tiger Neo 415W Solar Panel Mono N-Type Blackframe
The Jinko Tiger Neo N-Type is a 415W solar module with monocrystalline cells and N-type technology. The solar cells use the Super Multi Busbar technology - with this, the loss due to microcracks has been efficiently reduced, the current transmission path reduced by 50% and the cell efficiency improved. The module is manufactured with Hot 2.0 technology.
The Jinko solar module is certified for use in wind and snow loads of 2400-5400 Pa, as well as for its high salt and ammonia resistance. The tempered front glass with high light transmission and low iron content has a thickness of 3.2mm and an anti-reflective coating. The frame has an anodised aluminium alloy finish.
Features
16 busbars (super multi-busbar technology)
High efficiency of 21.00
PID resistance (Excellent anti-PID performance guarantee thanks to optimised mass
production processes and material control)
Hot 2.0 technology
Positive power tolerance of 0~+3%
Incl. connection cable
Manufacturer's product warranty: 15 years
Improved low light performance
Improved mechanical resistance to external influences
Max. Max. service life even under extreme environmental conditions
Super-Multi-Busbar-Technology
Busbars are located on each PV module. These are busbars that are permanently printed on each solar cell. They receive the generated direct current and conduct it to the busbars. By using more busbars, Jinko reduces shading, shortens transport distances and reduces resistance in the modules.
N-Type Technology
Compared to P-type products, N-type cells, which use a different doping technology, perform better in terms of power dissipation. The significant increase in the bifacial factor and the optimisation of the operating temperature also bring a higher power gain. When it comes to the LCOE value (cost of electricity), the analysis result has significantly reduced compared to conventional P-type modules.
HOT 2.0-Technology
Efficient passivation contact technology is applied in HOT 2.0 cells, which updates micro-nano-tunnelling through the oxide layer and carrier-selective lamination of microcrystalline silicon thin films on the backside. This advanced structure contributes to better passivation performance and electrical conductivity, increasing cell efficiency and power generation performance. Under mass production conditions, the maximum efficiency of the N-type HOT2.0 cell is over 21% and has a wide application prospect in the near future.
Technical Data
Power (Pmax): 415Wp-Voltage (Vmp): 31.3 V
Max. Current (Imp): 13.17 A
Open-circuit voltage (Voc): 37.73 V
short-circuit current (Isc): 13.91 A
cell efficiency: 21.00%
Operating temperature: -40°C - +85°C
Max. System voltage: 1000/1500VDC (IEC)cell type: N-type monocrystalline
Number of cells: 108 (6 x 18)
Weight: 22 kg
Dimensions: 1722 x 1134 x 30 mm
Protection class of junction box: IP68
Frame Color: Black
Scope of delivery:
1x Jinko Tiger N-type 415W solar Panel blackframe
The Jinko Tiger Neo N-Type is a 415W solar module with monocrystalline cells and N-type technology. The solar cells use the Super Multi Busbar technol...
Soon available again
Soon available again
VAT-exempt delivery possible*
The Jinko Tiger Neo N-Type is a 415W solar module with monocrystalline cells and N-type technology. The solar cells use the Super Multi Busbar technology - with this, the loss due to microcracks has been efficiently reduced, the current transmission path reduced by 50% and the cell efficiency improved. The module is manufactured with Hot 2.0 technology.
The Jinko solar module is certified for use in wind and snow loads of 2400-5400 Pa, as well as for its high salt and ammonia resistance. The tempered front glass with high light transmission and low iron content has a thickness of 3.2mm and an anti-reflective coating. The frame has an anodised aluminium alloy finish.
Features
16 busbars (super multi-busbar technology)
High efficiency of 21.00
PID resistance (Excellent anti-PID performance guarantee thanks to optimised mass
production processes and material control)
Hot 2.0 technology
Positive power tolerance of 0~+3%
Incl. connection cable
Manufacturer's product warranty: 15 years
Improved low light performance
Improved mechanical resistance to external influences
Max. Max. service life even under extreme environmental conditions
Super-Multi-Busbar-Technology
Busbars are located on each PV module. These are busbars that are permanently printed on each solar cell. They receive the generated direct current and conduct it to the busbars. By using more busbars, Jinko reduces shading, shortens transport distances and reduces resistance in the modules.
N-Type Technology
Compared to P-type products, N-type cells, which use a different doping technology, perform better in terms of power dissipation. The significant increase in the bifacial factor and the optimisation of the operating temperature also bring a higher power gain. When it comes to the LCOE value (cost of electricity), the analysis result has significantly reduced compared to conventional P-type modules.
HOT 2.0-Technology
Efficient passivation contact technology is applied in HOT 2.0 cells, which updates micro-nano-tunnelling through the oxide layer and carrier-selective lamination of microcrystalline silicon thin films on the backside. This advanced structure contributes to better passivation performance and electrical conductivity, increasing cell efficiency and power generation performance. Under mass production conditions, the maximum efficiency of the N-type HOT2.0 cell is over 21% and has a wide application prospect in the near future.
Technical Data
Power (Pmax): 415Wp-Voltage (Vmp): 31.3 V
Max. Current (Imp): 13.17 A
Open-circuit voltage (Voc): 37.73 V
short-circuit current (Isc): 13.91 A
cell efficiency: 21.00%
Operating temperature: -40°C - +85°C
Max. System voltage: 1000/1500VDC (IEC)cell type: N-type monocrystalline
Number of cells: 108 (6 x 18)
Weight: 22 kg
Dimensions: 1722 x 1134 x 30 mm
Protection class of junction box: IP68
Frame Color: Black
Scope of delivery:
1x Jinko Tiger N-type 415W solar Panel blackframe
Soon available again
Longi
Welcome to the green energy world of Longi. With the mission of "Harnessing the sun's rays to create a green energy world", LONGi upholds its brand image of "robust and reliable, leading in technology". From innovative solar modules to comprehensive renewable energy solutions, Longi offers pioneering technologies to make the world cleaner and more sustainable.
Longi solar modules
Longi uses state-of-the-art monocrystalline cells based on HPBC (High Performance Bifacial Cell) cell technology for its solar modules. HPBC cell technology is characterised by its full-back welding technology, which increases resistance to microcracks and thus optimises the longevity of the solar modules. With the Hybrid Passivated Back Contact, or HPBC for short, Longi is not only setting new standards in terms of design. Compared to conventional PERC modules, the efficiency here is up to 1% higher; the cell efficiency is even over 25.3%.
Longi uses this advanced technology not only to increase the performance of its solar modules, but also to promote environmentally friendly and sustainable energy systems. This approach emphasises Longi's commitment to excellence and efficiency in photovoltaics.
Hi-MO 6 Series
With the Hi-MO 6 series from Longi, improvements have been made in the areas of performance, reliability, appearance and optimisation function compared to the previous series. In terms of the appearance of the solar module, the Hi-MO 6 series simplifies the complexity and redefines the aesthetic concept of photovoltaic modules.
Multi-Busbar-Technology
Longi uses multi-busbar technology, in which each solar module is equipped with integrated busbars. These are busbars that are permanently printed on each solar cell. They collect the direct current generated and feed it to the busbars. By using more of these busbars, Longi reduces shading, shortens the transport distances and reduces the resistance in the modules.
FAQ
- Who is Longi? Longi Green Energy Technology is a Chinese company that was founded in 2000 and specialises in the development and manufacture of photovoltaic systems.
- What makes Longi unique? Longi is characterised by its consistent focus on innovation, efficiency and sustainability. The products offer outstanding performance and help to reduce dependence on conventional energy sources.
- What are the benefits of Longi Solar products? Longi's solar modules offer outstanding performance and help to reduce dependence on conventional energy sources. In addition to their efficiency and durability, the company places great emphasis on environmental compatibility and sustainability in the production of its solar modules. This emphasises Longi's commitment to environmentally friendly energy production.
- How good are solar modules from Longi? Longi's solar modules are among the highest quality on the market and are known for their high efficiency and durability. The company continuously invests in research and development to improve its products and meet the needs of its customers. The quality of LONGi's modules has received excellent ratings from the independent organisations RETC and PVEL.
- Does Longi offer a product guarantee? Longi is very confident in the quality of its products, so it offers a generous manufacturer's product guarantee of 15 years on materials and workmanship.