Middle East’s renewable boom faces hurdles in meeting climate ambitions

The Middle East is in a bit of a race, trying to reshape its energy economy , but recent insights suggest that the region’s declared climate goals might be ahead of the policies and investments that will actually set their course. Achieving net zero emissions by 2060, for example, would require a huge transformation , Wood Mackenzie estimates roughly US$5.3 trillion in total investments. However, current trends seem to point toward a quite different, less ambitious future. According to their Energy Transition Outlook, the trajectory the region is following would lead to a rise in global temperatures of around 2.6°C, instead of the more limited 1.5°C rise that many governments are emphasizing.

When it comes to energy, the most tangible progress so far is happening in the power sector. The rapid rollout of solar and wind projects is really changing how electricity is generated across the Gulf and neighboring countries. Wood Mackenzie predicts that installed solar capacity in the Middle East will jump significantly, from about 30 GW in 2025 to nearly 97 GW by 2030, and potentially reach several hundred gigawatts by mid-century. Their separate market outlook anticipates cumulative solar PV capacity nearing 230 GWdc by 2034, about ten times what it is now, most of which will likely be in Saudi Arabia, leading the charge in new installations.

This big push is already sparking a local manufacturing boom. Wood Mackenzie notes that regional solar manufacturing capacity is expected to grow to around 44 GW by the late 2020s, driven by integrated project models, partnerships with well-established Asian producers, and the development of industrial zones designed to support the sector. The Middle East’s combination of inexpensive energy, favorable tariffs in some export markets, and incentives for local content is putting the region on the map as a competitive hub within the global module supply chain. That said, industry experts warn that China will still stay the big player in solar manufacturing, holding larger planned capacity that could shake up supply chains again.

But here’s the thing, just because renewables are booming in electricity doesn’t automatically mean the whole economy is decarbonizing. Hydrocarbons still play a huge role in government revenues and trade, too. Wood Mackenzie reports that in 2025, the Middle East made up about 40% of global energy exports, highlighting just how vital the sector remains for fiscal health. Countries have different strategies based on what resources they have. Places with limited oil and gas reserves are actively diversifying their economies. For instance, Oman, which faces dwindling hydrocarbon reserves, is pushing hard on renewables and industrial diversification, and they’re on track to beat their 2030 renewable targets. Meanwhile, oil- and gas-rich nations are expanding upstream capacity and LNG infrastructure, betting on steady demand worldwide.

Qatar is a classic example of the latter. Sitting on the largest natural gas reserves globally, Qatar is massively increasing its LNG export capacity into the early 2030s, showing confidence that international gas markets will stay strong, even under different climate policies. Saudi Arabia is taking a dual approach: expanding clean power domestically while also increasing upstream capacity to keep export volumes steady. The UAE is trying something similar, ramping up both fossil fuel production and renewable electricity. But, according to Wood Mackenzie, unless policy efforts and investment levels rise significantly, some ambitious targets, like those set by Saudi Arabia for clean power or emissions reductions in the UAE, might not be fully realized.

A major issue, of course, is the continued investment in oil and gas infrastructure. National oil companies and their partners are still approving new projects and boosting capacity, cementing emissions and infrastructure that will last for decades. Gas-fired power plants will remain important, mainly because they’re flexible and can help balance out renewable variability, especially as power demand grows. Projections show regional electricity use expected to increase from about 1,450 TWh in 2025 to around 1,650 TWh by 2030, fueled by population growth, improved living standards, and energy-hungry processes like desalination and cooling. Looking further ahead, demand could reach as high as 2,400 TWh by 2060.

But it’s not just about technical hurdles; the challenges are also economic and geopolitical. Reliance on hydrocarbon revenues and existing assets makes shifting away from oil and gas complicated, especially since many countries’ policies are still centered around maximizing resource exploitation. International willingness to pay extra for low-carbon products remains limited. In essence, the policies countries adopt, and how global markets respond, will be decisive. Scaling up low-carbon industries, electrifying transport, developing green hydrogen, and tackling those “hard-to-abate” sectors require ongoing government support, plus clear signals of demand from trade partners.

Global supply chains also play a role in shaping regional ambitions. While the Middle East is working to develop its own module and component manufacturing, broader market conditions could impact outcomes. Wood Mackenzie points out that oversupply might depress prices and lead to the cancellation of less efficient projects. Plus, policies in importing countries, like tariffs or restrictions on foreign investments, could reshape the flow of goods and capital. The experience of the U.S. solar market offers some clues, where tariffs and incentives have significantly influenced manufacturing bases and deployment strategies.

For energy tech stakeholders in the UAE, the current situation is a mix of opportunity and caution. The fast pace of renewables deployment and emerging manufacturing capacity could create openings for local industries, project developers, and tech companies alike. Places like Dubai and Abu Dhabi, with their special economic zones and industrial plans, can capture more of the value chain. But achieving the deeper cuts in emissions promised in national pledges will demand consistent policies, investments in electrification and low-carbon fuels, and market setups that foster secure, long-term demand for clean products.

Overall, Wood Mackenzie makes one thing clear: While the Middle East is making visible progress in renewable energy and industrial localization, the pace and scale of change are still not enough to bridge the gap between their big goals and likely real-world outcomes. Closing this gap will depend heavily on how rapidly governments turn their net-zero ambitions into enforceable policies, how much capital they mobilize for sectors beyond power, and whether international trade partners prioritize low-carbon exports. Until then, the region’s transition, well, it will continue at a rather uneven pace, shaped as much by economic realities and global politics as by climate commitments.