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

RSM144-10-585-610BNDG

The RSM144-10-585-610BNDG high-efficiency module delivers up to 610Wp output with excellent weak-light performance, superior temperature coefficient, and advanced anti-LID & anti-PID protection β€” ideal for high-performance commercial and utility-scale solar installations.

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Description

The RSM144-10-585-610BNDG is a next-generation high-power photovoltaic module engineered to maximize energy yield, enhance system efficiency, and ensure long-term operational reliability. Utilizing advanced cell technology and optimized electrical design, the module provides excellent power generation under real operating conditions.

Its superior temperature coefficient enables stable performance in high-temperature environments, while outstanding weak-light response allows earlier start-up and extended energy production throughout the day. Enhanced anti-LID and anti-PID characteristics protect against performance degradation, ensuring consistent long-term output.

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


Key Features & Benefits

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


Project Details

βœ” Positive power tolerance: 0 ~ +3%
βœ” Power output range: 585Wp – 610Wp
βœ” Maximum system voltage: 1500 VDC
βœ” Maximum efficiency: 22.6%


Applications

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


Performance Advantages

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

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