MENA energy transition accelerates with record renewables deployment and emerging green hydrogen hubs in 2025

The MENA energy transition moved decisively into a new, higher-growth phase in 2025 as the region deployed nearly 15 gigawatts of new solar, wind and storage capacity and accelerated development of hydrogen and grid-scale batteries, according to the Dii Desert Energy outlook presented during Abu Dhabi Sustainability Week. The report and complementary market data show a faster-than-expected shift from pilot projects to large-scale, market-driven buildout, with implications for industrial decarbonisation, cross‑border supply chains and investor risk models.

According to the report by Dii Desert Energy, regional capacity climbed from roughly 14 GW in 2020 to 30 GW by 2024, before leaping by almost 15 GW in 2025. The enlarged project pipeline now totals about 202 GW across renewables, hydrogen and storage, well above the 165 GW “balanced transition” scenario modelled in the previous edition. TradeArabia summarised the Dii findings, noting the scale-up and the widening strategic relevance of Gulf markets for global clean-energy supply chains.

Market fundamentals, and sharply lower costs, are driving the wave of deployment. Dii highlights record low levelised cost of electricity (LCOE) outcomes from recent competitive rounds, with Saudi projects posting global lows of 1.09 US cents per kWh for solar and 1.33 US cents for wind. The report also cites battery energy storage system capital costs falling into the USD 73–75/kWh range. Cornelius Matthes, CEO of Dii Desert Energy, described 2025 as “a breakthrough year for the energy transformation in the MENA region, with an unprecedented surge in new capacity for both solar PV, wind and BESS, all purely driven by market factors with the lowest prices globally.” He made the remarks at the World Future Energy Summit during Abu Dhabi Sustainability Week.

National programmes and large-scale developer activity underpin the surge. The UAE consolidated its hub role with about 7.5 GW of operational renewables and major projects under construction. Masdar, in partnership with EWEC, has begun work on a 5.2 GW solar park paired with 19 GWh of battery storage intended to deliver one gigawatt of baseload clean power; Masdar CEO Mohamed Jameel Al Ramahi said the findings “clearly show that the region has reached a decisive inflection point. The acceleration of renewable energy deployment now underway demonstrates the potential of renewables to outperform conventional energy on cost, speed of deployment, resilience and returns. This reinforces MENA’s position as global leader in delivering affordable, scalable clean energy, while supporting energy security and long term economic growth.” H.E. Eng. Sharif Al Olama, Undersecretary for Energy and Petroleum Affairs at the UAE Ministry of Energy and Infrastructure, stressed the policy dimension: “In light of the dual challenges of climate change and energy security, a rapid and sustained scale up of renewable energy is no longer optional. It is essential. The UAE recognized this early, and we have committed to tripling our renewable energy capacity by 2030, strengthening our ambition by increasing the renewable energy target from 14.2 gigawatts to a clear target of more than 22 gigawatts of installed renewable energy capacity, including solar, concentrated solar power, wind and waste to energy within the next five years.”

Saudi Arabia’s rapid activity and price leadership have attracted capital and attention. Market reporting shows the kingdom led operational solar PV capacity in 2025 with more than 11.1 GW, while the UAE had about 6.6 GW; TaiyangNews summarised these cumulative solar PV figures, which put regional PV capacity at roughly 34.5 GW and wind at about 7.4 GW. Large contracting rounds in Saudi Arabia during 2025 also included a concentrated week of signing activity that added some 15 GW of projects, illustrating how procurement pipelines and policy signals are translating quickly into deal flow.

Hydrogen and cross‑border grid planning are emerging as critical next layers. The Dii analysis finds hydrogen progressing at a measured pace but with visible execution: the NEOM Green Hydrogen project is approximately 80% complete and the Yanbu Green Hydrogen Hub, developed with Germany’s EnBW, is forming new industrial and geopolitical links between the Gulf and Europe. Dii’s earlier technical work estimates that roughly 128 GW of additional renewable capacity would be required to produce 10 million tonnes per annum of hydrogen by 2030, and notes that more than 110 hydrogen projects have been announced in MENA with combined renewable energy requirements exceeding 450 GW, targets that extend timelines and create significant upstream demand for renewables and storage.

Geography and interconnection are shifting. Beyond the Gulf, Iraq is emerging as a gigawatt‑scale market with a 2030 target of 12 GW and multiple projects under construction, while Central Asian entrants such as Uzbekistan and Azerbaijan are positioning as strategic east‑west connectors via Caspian routes into Europe. Dii and industry observers argue that growing storage deployment, hydrogen hubs and cross‑border transmission could transform MENA from a collection of national markets into a more integrated regional system able to serve Europe, Africa and South Asia.

Implications for industrial decarbonisation and investors are material. For asset owners and corporate offtakers, lower LCOE benchmarks and maturing procurement frameworks reduce the cost of electrification and green hydrogen feedstock. For project developers and manufacturers, the expansion implies rising demand for components, grid‑scale batteries and electrolyser capacity, and opportunities for localising manufacturing and logistics. The Dii report highlights the need for robust grid planning, storage standards and stable offtake arrangements to integrate multi‑gigawatt solar parks and hydrogen hubs; sector analysts emphasise that regulatory certainty, transmission buildout and workforce development will determine whether announced pipelines convert to delivered capacity on an industrial timeframe.

Risks and constraints remain. Hydrogen ambitions imply very large incremental renewable builds and long development horizons; the Dii outlook and supporting market reports caution that the scale of announced hydrogen projects requires sustained policy and capital mobilisation. Grid bottlenecks, permitting complexity and the need for storage standards are practical challenges for system operators integrating variable renewables at scale. Finally, while cost trajectories are favourable, the pace at which announced projects reach commercial operation will be the ultimate test of whether MENA becomes a dominant low‑cost supplier of clean power and hydrogen to global markets by 2030.

For corporate decarbonisation planners and industrial energy buyers, the evolving MENA landscape offers both supply opportunities and strategic choices: competitively priced renewables and growing storage make large‑scale PPAs and long‑term offtake for green hydrogen increasingly viable, but realising those options will demand close attention to contract design, transmission risk, and the timelines required to scale electrolysers and associated renewable generation. Industry data and the Dii outlook together underline a central message for policymakers and investors alike, market forces have unlocked a new growth phase, but systems planning and stable frameworks will determine how much of the potential is industrialised and delivered.