JAM72S30 LR series is a deep blue 3.0 series, that has higher power output, lower LCOE, less shading and lower resistive loss, and better mechanical loading tolerance.
Power Range:
565W~585WMax. Efficiency:
22.1%Dimensions of Module L*W*H:
2333×1134×30 mmWeight:
28kgNumber of Cells:
144
Exploring JA Solar's JAM72S30 LR Series: Features, Advantages, and Applications
Introduction:
As renewable energy continues to evolve, solar photovoltaic (PV) technology plays an increasingly vital role in the energy sector. JA Solar, a leading PV enterprise, has continually introduced innovative products, including the JAM72S30 LR series, injecting fresh vitality into the market. This article will delve into the features, advantages, and applications of this series.
1. Key Features:
1.1 High Conversion Efficiency:
The JAM72S30 LR series incorporates advanced solar cell technology, renowned for its exceptional photoelectric conversion efficiency. High efficiency translates to more solar energy being converted into electricity, enhancing the overall performance of PV systems.
1.2 Robust Adaptability:
This series demonstrates superior low-radiation performance, maintaining excellent power generation even in low-light conditions. This versatility allows the JAM72S30 LR series to perform exceptionally well in various climate conditions, enhancing the stability and reliability of PV systems.
1.3 Endurance in Extreme Environments:
Subject to rigorous quality control and testing, JA Solar modules exhibit outstanding weather resistance and corrosion resistance. The components excel in extreme weather conditions, such as strong winds and heavy snow, ensuring long-term stable operation.
2. Advantages:
2.1 Technological Innovation:
The JAM72S30 LR series integrates JA Solar's advanced PV technologies, including PERC (Passivated Emitter Rear Cell) and multicrystalline silicon cell technologies, elevating the overall performance of PV systems.
2.2 Longevity and Stability:
By employing high-quality materials and advanced manufacturing processes, JA Solar ensures the longevity and stability of the JAM72S30 LR series. Its reliability not only reduces operational and maintenance costs but also provides investors with a higher return on investment.
2.3 Excellent Current Characteristics:
The JAM72S30 LR series boasts outstanding current characteristics, providing stable current output under different light conditions. This flexibility enhances the design and operation of PV systems, making them adaptable to various application scenarios.
3. Application Scenarios:
3.1 Large-scale PV Power Plants:
The JAM72S30 LR series is suitable for large-scale PV power plant projects, offering reliable support for the overall electricity generation with its high conversion efficiency and stable performance.
3.2 Commercial and Industrial Use:
In commercial and industrial settings, the JAM72S30 LR series can be applied to rooftop PV systems, providing businesses with a clean and sustainable energy solution.
3.3 Distributed PV Projects:
Due to its robust adaptability, the JAM72S30 LR series is also suitable for distributed PV projects, particularly in regions with lower radiation levels.
Conclusion:
As part of the JA Solar product lineup, the JAM72S30 LR series stands out for its efficiency, stability, and reliability. Its technological innovation and versatility make it a notable player in the PV industry, contributing significantly to the construction of a cleaner and more sustainable energy future.
JA solar JAM54D40 series is an n-type bifacial double glass high-efficiency mono module, a power range from 430W to 455W. Powered by the latest SMBB n-type solar cell and half-cell configuration, these modules have higher output power.
JA solar JAM54D40 series is an n-type bifacial double glass high-efficiency mono module, with higher power generation better LCOE, n-type with very lower LID, better temperature coefficient, and better low irradiance response features, the max output power is 455W.
JA solar JAM54D40 series is an n-type bifacial double glass high-efficiency mono module, with higher power generation better LCOE, n-type with very lower LID, better temperature coefficient, and better low irradiance response features, the max output power is 455W.
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