Masdar plans 24/7 Uzbekistan renewable baseload up to 1GW

Masdar and EUDC are exploring a 24/7 renewable energy project in Uzbekistan that is designed to deliver up to 1 gigawatt of baseload power. The headline detail is the bet: not just more renewables, but renewables that can run like a conventional grid asset. “24/7” is doing a lot of heavy lifting here, because power systems do not care that something is “green” if it cannot be counted on when demand spikes or the wind stops.

Baseload is the key word. Unlike solar, which peaks when the sun is out, or wind, which follows weather patterns, baseload power is meant to be steady. The source says the project is designed to deliver up to 1 gigawatt of baseload power, which matters for investors and utilities because it moves the conversation from energy generation in theory to reliability in practice. If the project works, it supports a future where decarbonization does not force grids into a constant scramble for backup generation.

This Uzbekistan effort fits into a broader Middle East pattern visible across the sustainability and energy headlines: the region is trying to turn net-zero goals into bankable infrastructure deals. The list in The National’s roundup includes major moves like ACWA Power leading a consortium to develop Kuwait’s $4bn power and water project, and “milestone” moments like the UAE producing low-carbon aluminium using the Barakah nuclear plant. Even when the energy source differs, the strategic through-line is the same. Governments and corporate buyers want predictable output, and they want it at scale.

There is also a political and regulatory reality underneath all of this. The roundup notes that Trump attacks green energy policies and calls climate change a “con job.” That kind of rhetoric does not only stay in speeches. It can influence subsidies, permitting timelines, procurement rules, and financing appetite in markets that touch global supply chains. In other words, when the policy environment becomes noisy, projects that emphasize reliability and system value become easier to defend. A 24/7 renewable baseload concept is one way to reframe renewables as grid infrastructure rather than a target number.

Technological progress is part of the story too. The roundup says a UAE university got a US patent for a carbon-cutting battery intended to help power green goals. Pair that with the “24/7” ambition in Uzbekistan and you can see the problem the region is trying to solve: decarbonize without sacrificing availability. Batteries, hybrid systems, and smarter grid management are not “nice to have” when the operating model demands continuous supply. If you can store energy and smooth variability, then renewable power starts behaving more like dispatchable power, which helps reduce the need for fossil generation as a balancing mechanism.

Meanwhile, the world around the Middle East is also showing why grid reliability is rising in importance. The roundup flags topics like air cargo and aviation decarbonisation targets being in peril, global energy investments hitting a record $3.3tn in 2025, and even copper’s “major deficit” threatening the clean energy transition. These are second-order constraints that boards cannot ignore. More electrification requires more materials and more grid capacity. If clean power grows but the enabling infrastructure does not, cost and schedule risk creep in.

For executives, the Uzbekistan baseload exploration is a signal worth reading closely. It suggests that Masdar and partners are positioning for the next procurement cycle, where buyers will ask, “How firm is it?” rather than, “How clean is it on paper?” And for peers in power, utilities, and infrastructure, the competitive question becomes sharper: can you offer renewables that fit the same planning assumptions as traditional generation? If the answer is yes, projects attract capital more easily because they align with how grids and contracts actually operate.