The Dubai Electricity and Water Authority (Dewa) has announced that 2.86 GW of generation capacity is complete or under development at its massive Mohammed bin Rashid Al Maktoum Solar Park (MBR Solar Park).
The current capacity at MBR Solar Park is 1,627 MW of photovoltaic power. Dewa is implementing more projects with a total capacity of 1,233 MW of solar PV and CSP, using the Independent Power Producer (IPP) model.
Following a site visit by Dewa CEO Saeed Mohammed Al Tayer this week, Dewa published a statement reporting steady progress on the fourth and fifth phases.
The overall construction of the 950 MW 4th phase is 90% complete. It will deploy three hybrid technologies: 600 MW from a parabolic basin complex (three units of 200 MW each), 100 MW from the world’s tallest solar power tower (262.44 metres, to be coupled with molten salt storage), and 250 MW from photovoltaic solar panels. Upon completion, the project will have 15 hours of thermal storage capacity, the largest such capacity in the world according to Dewa.
The AED 15.78bn fourth phase is being developed by project company Noor Energy 1, controlled by Dewa (51%), ACWA Power (25%), and the Chinese Silk Road Fund (24%).
Meanwhile, MBR Solar Park’s 900 MW fifth phase will be operational next year, according to Dewa. Its 330 MW first project, featuring bifacial solar panels mounted on single-axis trackers and fully automated robot cleaning, is already operational. Its second project is 93.3% complete and its third project is 26.03% complete.
The AED 2.06bn fifth phase is being develop by the Shuaa Energy 3 special purpose vehicle, established by Dewa (60%) and a consortium led by ACWA Power company and the Gulf Investment Corporation.
In 2019, Dewa achieved a world record for the lowest bid of $0.016953 per kilowatt hour (Levelized Cost of Energy) for Phase 5.
MBR Solar Park has gained notoriety for breaking records for a single site IPP model with auctions driving down costs. It began with a 13 MW first phase completed in 2013, followed by a 200 MW photovoltaic second phase completed in 2017.
