SHUAA SERIES – A Complete Containerized Solar Solution Designed & Manufactured in the UAE View Product

RSM144-9-560-585BNDG

The RSM144-9-560-585BNDG high-efficiency module delivers up to 585Wp output with excellent weak-light performance, superior temperature coefficient, and advanced anti-LID & anti-PID protection — ideal for high-performance commercial and utility-scale solar systems.

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Description

The RSM144-9-560-585BNDG is a next-generation high-power photovoltaic module designed to maximize energy yield and long-term reliability in demanding solar installations. With advanced cell technology and optimized electrical parameters, the module provides excellent power generation and stable performance under real operating conditions.

Its superior temperature coefficient ensures higher output in hot climates, while outstanding weak-light performance enables earlier start-up and extended energy production throughout the day. Enhanced anti-LID and anti-PID characteristics protect the module against performance degradation, ensuring consistent long-term energy generation.

Built for high system voltage applications and featuring positive power tolerance, the module increases overall system capacity and reduces mismatch losses, making it a cost-efficient solution for large-scale and commercial projects.


Key Features & Benefits

✔ High power output for increased energy generation
✔ Advanced anti-LID & anti-PID protection
✔ Excellent temperature coefficient (Pmax): -0.29%/°C
✔ Outstanding weak-light performance
✔ Reliable long-term warranty assurance


Project Details

✔ Positive power tolerance: 0 ~ +3%
✔ Power output range: 560Wp – 585Wp
✔ Maximum system voltage: 1500 VDC
✔ Maximum efficiency: 22.6%


Applications

✔ Commercial & industrial solar projects
✔ Ground-mounted PV systems
✔ Utility-scale solar farms
✔ Large-scale distributed solar installations


Performance Advantages

✔ Higher energy yield per installed capacity
✔ Stable operation in high-temperature environments
✔ Improved generation in low-irradiance conditions
✔ Reduced long-term degradation and system losses

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