Qatar’s First Solar Plant to Use 800 MW of LONGi’s Bifacial Modules

 

The company claims that this will be the world’s largest solar plant to combine these two elements: bifacial modules and a tracking system. According to LONGi, its Hi-MO 4 bifacial modules have the following features:

• Half-cut cell technology enables higher power and lower hot spot temperature because of low working current
• Using M6 standard wafer Part of assembly line upgraded to 9BB, further improve power
• Unique parallel connection design, more energy output under shading or non-uniform radiation
• Front/back side maximum static loading 5400/2400Pa, suitable for tracker
• Split junction box, Cable Length 300mm (can be Customized)
• Mounting holes with 400mm distance are added to match the horizontal single axis tracker
• Glass and junction box supporting 1500V system
• Reliable encapsulation using 2*2mm glass
• Cell efficiency >22%, anti-LID, anti-PID, 1st year degradation ≤2%
• Design of short frame without C side can reduce the shading caused by frame
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Sustainability has been at the heart of Qatar’s hosting of the 2022 FIFA World Cup from the very outset and, once fully connected to the grid later this year, the Al-Kharsaa solar plant will produce electricity with a capacity to cover 10% of the country’s peak demand, states LONGi.

The project falls within the Qatari energy sector’s attempt towards fulfilling its commitment to cut carbon dioxide emissions and increase its investment in clean energy, with a view to achieving the goals set out in Qatar’s ‘National Vision 2030‘.

“As a world leading solar technology company, LONGi’s objective is to provide environment-friendly and resource-saving PV power station solutions to contribute to the coordinated development of the economy and environment, both in the Middle East and globally,” LONGi said.