MBB & Half Cut cell technology
Guaranteed 0~+5W positive tolerance to ensure power output
Dual stage 100% EL Inspection Warranting Defect-Free Product
Less hot spot &shading effects
Excellent mechanical load 2400Pa and snow load 5400Pa resistance
Lower BOS cost and LCOE
Excellent PID resistance.
Comprehensive Certificates
● IEC61215, IEC61730
● TUV, CE
● ISO9001: 2015
● ISO14001: 2015
● ISO45001: 2018
Superior Warranty
Some of the advantages of the Monocrystalline PV Module LNMH144 Series include excellent mechanical load resistance, lower BOS (Balance of System) cost, and LCOE (Levelized Cost of Electricity). It also features superior PID (Potential Induced Degradation) resistance. The module has obtained comprehensive certificates such as IEC61215, IEC61730, TUV, CE, ISO9001:2015, ISO14001:2015, and ISO45001:2018, ensuring its compliance with international quality standards.
As for frequently asked questions (FAQ), I will provide some popular ones from Google:
What is the efficiency of the Monocrystalline PV Module LNMH144 Series?
The module offers high efficiency, with module efficiencies ranging from 19.55% to 20.70%, depending on the specific model within the LNMH144 Series.
What is the warranty period for the LNMH144 Series PV module?
The LNMH144 Series PV module comes with a superior warranty. However, the specific warranty details, including the duration and terms, are not provided on the webpage. It is recommended to contact Linuo Ritter International Co., Ltd directly for accurate warranty information.
Can the LNMH144 Series withstand harsh weather conditions?
Yes, the LNMH144 Series is designed to withstand various weather conditions. It has excellent mechanical load resistance, with a rating of 2400Pa for mechanical load and 5400Pa for snow load. This ensures its durability and performance even in challenging environments.
Is the LNMH144 Series compatible with different solar PV systems?
Yes, the LNMH144 Series is compatible with different solar PV systems. Its versatile design allows for integration into a wide range of solar power installations, including residential, commercial, and utility-scale projects.
How does the MBB and Half Cut cell technology contribute to the performance of the LNMH144 Series?
The adoption of MBB (Multi Busbar) and Half Cut cell technology in the LNMH144 Series enhances its overall performance. It improves the module's efficiency by reducing resistive losses and improving current collection. This technology also helps to minimize shading effects and increases the module's resistance to potential-induced degradation (PID).
MBB & Half Cut cell technology
Guaranteed 0~+5W positive tolerance to ensure power output
Dual stage 100% EL Inspection Warranting Defect-Free Product
Less hot spot &shading effects
Excellent mechanical load 2400Pa and snow load 5400Pa resistance
Lower BOS cost and LCOE
Excellent PID resistance.
Comprehensive Certificates
● IEC61215, IEC61730
● TUV, CE
● ISO9001: 2015
● ISO14001: 2015
● ISO45001: 2018
Superior Warranty
Some of the advantages of the Monocrystalline PV Module LNMH144 Series include excellent mechanical load resistance, lower BOS (Balance of System) cost, and LCOE (Levelized Cost of Electricity). It also features superior PID (Potential Induced Degradation) resistance. The module has obtained comprehensive certificates such as IEC61215, IEC61730, TUV, CE, ISO9001:2015, ISO14001:2015, and ISO45001:2018, ensuring its compliance with international quality standards.
As for frequently asked questions (FAQ), I will provide some popular ones from Google:
What is the efficiency of the Monocrystalline PV Module LNMH144 Series?
The module offers high efficiency, with module efficiencies ranging from 19.55% to 20.70%, depending on the specific model within the LNMH144 Series.
What is the warranty period for the LNMH144 Series PV module?
The LNMH144 Series PV module comes with a superior warranty. However, the specific warranty details, including the duration and terms, are not provided on the webpage. It is recommended to contact Linuo Ritter International Co., Ltd directly for accurate warranty information.
Can the LNMH144 Series withstand harsh weather conditions?
Yes, the LNMH144 Series is designed to withstand various weather conditions. It has excellent mechanical load resistance, with a rating of 2400Pa for mechanical load and 5400Pa for snow load. This ensures its durability and performance even in challenging environments.
Is the LNMH144 Series compatible with different solar PV systems?
Yes, the LNMH144 Series is compatible with different solar PV systems. Its versatile design allows for integration into a wide range of solar power installations, including residential, commercial, and utility-scale projects.
How does the MBB and Half Cut cell technology contribute to the performance of the LNMH144 Series?
The adoption of MBB (Multi Busbar) and Half Cut cell technology in the LNMH144 Series enhances its overall performance. It improves the module's efficiency by reducing resistive losses and improving current collection. This technology also helps to minimize shading effects and increases the module's resistance to potential-induced degradation (PID).
Pmax(W) 0-+5W | Umpp(V) | Impp(A) | Uoc(V) ±3% | Isc(A) ±3% | Module Efficiency | Max System Voltage | Max Series Fuse |
425 | 40.45 | 10.52 | 48.59 | 11.15 | 19.55% | 1500V/1000V | 20A |
430 | 40.65 | 10.59 | 48.78 | 11.22 | 19.78% | 1500V/1000V | 20A |
435 | 40.84 | 10.66 | 48.98 | 11.30 | 20.01% | 1500V/1000V | 20A |
440 | 41.02 | 10.73 | 49.19 | 11.38 | 20.24% | 1500V/1000V | 20A |
445 | 41.23 | 10.80 | 49.36 | 11.47 | 20.47% | 1500V/1000V | 20A |
450 | 41.39 | 10.88 | 49.49 | 11.56 | 20.70% | 1500V/1000V | 20A |
Temperature Cycling Range: -40℃~+85℃
Norminal Module Operating Temperature: 42±2 ℃
Temperature Coefficient of Isc:0.059%/℃
Temperature Coefficient of Voc :-0.288 %/℃
Temperature Coefficient of Pmax :-0.381%/℃
Pmax(W) 0-+5W | Umpp(V) | Impp(A) | Uoc(V) ±3% | Isc(A) ±3% | Module Efficiency | Max System Voltage | Max Series Fuse |
425 | 40.45 | 10.52 | 48.59 | 11.15 | 19.55% | 1500V/1000V | 20A |
430 | 40.65 | 10.59 | 48.78 | 11.22 | 19.78% | 1500V/1000V | 20A |
435 | 40.84 | 10.66 | 48.98 | 11.30 | 20.01% | 1500V/1000V | 20A |
440 | 41.02 | 10.73 | 49.19 | 11.38 | 20.24% | 1500V/1000V | 20A |
445 | 41.23 | 10.80 | 49.36 | 11.47 | 20.47% | 1500V/1000V | 20A |
450 | 41.39 | 10.88 | 49.49 | 11.56 | 20.70% | 1500V/1000V | 20A |
Temperature Cycling Range: -40℃~+85℃
Norminal Module Operating Temperature: 42±2 ℃
Temperature Coefficient of Isc:0.059%/℃
Temperature Coefficient of Voc :-0.288 %/℃
Temperature Coefficient of Pmax :-0.381%/℃