Nine Percent Renewable, No Hydrogen FID Yet: Where Oman's Energy Stack Actually Stands

Key Takeaways

• Renewable energy reached 9.46 percent of Oman's grid supply in 2025, generating 4.26 TWh, up from 1.95 percent in 2021. The current official target is 10 percent by end of 2026. (Zawya)
• OETC is executing 35 grid projects worth RO 250 million, with nine new contracts awarded in 2025 to connect 1,220 MW of wind and 500 MW of solar. (Oman Observer)
• The ACME Duqm green ammonia plant is the only hydrogen project physically in construction. Phase 1 targets 100,000 tonnes per year of green ammonia by Q1 2027. (OPAZ)
• BP acquired 49 percent of HyPort Duqm in July 2025 and assumed operatorship. The project's FID window is 2026 to 2027. (Zawya)
• Two Hydrom-backed projects, including the $6.7 billion HyDuqm scheme led by ENGIE and POSCO, were cancelled in late 2025 by mutual agreement citing market dynamics. Seven projects remain active targeting 1 million tonnes per year by 2030. (Fuel Cells Works)
• APSR's 11th Five-Year Plan (2026 to 2030) targets RO 8.8 billion in regulated utility investment, of which RO 7 billion is earmarked for the electricity sector. (Zawya)
• The Ministry of Energy and Minerals released an updated Net Zero Strategy on 13 May 2026, targeting a 33 percent cut in emissions from the 2024 baseline by 2035, paired with a new carbon market framework. (Times of Oman)

What Changed in the Past Year

The most concrete recent development on the grid side is the APSR publication of the 11th Five-Year Plan investment figure: RO 8.8 billion in regulated utility sectors through 2030, with RO 7 billion in electricity, RO 1.3 billion in water and wastewater, and RO 500 million in natural gas transmission. (Zawya) That is more than double the RO 3.4 billion invested across the entire 10th Five-Year Plan from 2021 to 2025.

On hydrogen, the picture is mixed. BP's acquisition of 49 percent in HyPort Duqm in July 2025 brought a major integrated energy company in as operator, a meaningful signal for the project's bankability. (Zawya) Set against that, the cancellation of two projects in late 2025, including the $6.7 billion HyDuqm scheme co-led by ENGIE and POSCO, made clear that early-stage FID processes remain fragile when green hydrogen offtake markets are still thin. (Fuel Cells Works)

The updated Net Zero Strategy, released 13 May 2026, states that total greenhouse gas emissions reached approximately 94 million tonnes of CO2 equivalent in 2024 and could rise to 127 million tonnes by 2050 without intervention. The plan targets a 33 percent reduction from the 2024 baseline by 2035, split between a mandatory 7 percent and a conditional 26 percent tied to securing financing, technology, and national capacity. (Times of Oman) Alongside this, a carbon market framework was launched to convert the emissions reduction target into verifiable and tradable carbon credits, with the oil and gas, transport, and electricity sectors identified as accounting for roughly 70 percent of national emissions.

The Grid Build-Out: Transmission and Renewable Integration

The Oman Electricity Transmission Company (OETC), a Nama Group subsidiary, is currently executing 35 projects with a combined value of approximately RO 250 million. Nine new contracts were awarded in 2025, covering connections for three wind power plants totalling 1,220 MW and one 500 MW solar project. (Oman Observer)

The grid itself is under growing load. Peak demand on the Main Interconnected System reached 8,059 MW in 2025, a new record. Despite that pressure, OETC reported transmission reliability of 99.9999 percent by November 2025. The strategic Rabt grid project, which links major generation zones, was more than 60 percent complete by end of year. Network expansion projects in Dhofar Governorate exceeded 90 percent completion. OETC has indicated that total grid investment is expected to exceed RO 1 billion through 2030. (Oman Observer)

The pipeline for new generation capacity is substantial on paper. Wind projects at Jalaan Bani Bu Ali (200 MW), Mahout (400 MW), Ras Madrakah (300 MW), Harweel (200 MW), and Sadah (70 MW) are targeted for grid connection across 2026 and 2027. Three additional solar IPPs are targeted for 2026 with a combined capacity of 1.5 GW. Total renewable capacity across the system is projected to reach approximately 8.8 GW by 2030, up from around 1,550 MW today, per APSR planning figures. (BloombergNEF Climatescope 2024)

APSR also announced three new strategic projects for 2026: a continuous renewable energy production scheme, battery energy storage systems (BESS), and a demand response management program. These reflect the system-balancing challenges that come with integrating variable renewables at scale into a grid that has historically run almost entirely on gas.

The Hydrogen Pipeline: Seven Projects, One in Construction

Hydrom, the state authority overseeing hydrogen land concessions, is managing seven active projects after two were cancelled in late 2025. The collective target remains 1 million tonnes per year of green hydrogen by 2030. (Zawya)

ACME Duqm is the only project physically in construction. Phase 1, targeting 100,000 tonnes per year of green ammonia, is expected to complete by Q1 2027. In May 2025, OPAZ, Hydrom, and ACME signed land use agreements for Phases 2 and 3, which together target a further 400,000 tonnes per year of green ammonia and 71,000 tonnes per year of green hydrogen, expanding the project's long-term footprint at Duqm. (OPAZ)

HyPort Duqm, now operated by BP (49 percent) alongside OQ Alternative Energy (25.5 percent) and DEME (25.5 percent), targets Phase 1 production of approximately 60,000 tonnes per year of green hydrogen using 1.4 GW of renewables and a 500 MW electrolyzer, with a roadmap to scale the electrolyzer to 1 GW. Total expected investment across the project is reported at around $8 billion. The FID window is 2026 to 2027, per a public statement from Oman's Energy Minister. (Zawya)

SalalaH2, a Marubeni-led consortium also including OQ Alternative Energy, Samsung C&T, and Dutco, targets 1 million tonnes per year of renewable ammonia from a site near Salalah. The project is aiming for an FID in 2026 with production targeted around 2030, with investment estimates ranging from $5 billion to $7 billion. (Ammonia Energy)

No large-scale hydrogen project has reached a Final Investment Decision as of April 2026. Hydrom's Round 3 concession process at Duqm is underway, with statement of qualifications due in October 2025 and awards expected in Q2 2026. In the longer term, Oman has reserved approximately 50,000 km2 for renewables and hydrogen development, targeting 8.5 million tonnes of renewable hydrogen production by 2050, an ambition that implies around $140 billion in cumulative investment.

The Delivery Machinery: Who Builds, Finances, and Regulates

The institutional stack involves several bodies with distinct roles. The Ministry of Energy and Minerals sets policy, owns the net zero strategy, and oversees the energy transition roadmap through the Oman Net Zero Center. Hydrom manages the hydrogen land concession process, allocating blocks through competitive rounds. OETC, under Nama Group, is the sole transmission operator and is responsible for connecting new generation capacity to the grid. Nama Power and Water Procurement is the sole power purchaser in Oman's regulated market, meaning IPP project economics depend on its offtake terms and the tariff structure APSR approves. OPAZ manages land and infrastructure in the Duqm Special Economic Zone, where most hydrogen projects are anchored. APSR regulates utilities and publishes the Five-Year investment planning framework.

Capital sources span public procurement through Nama and OETC investment programs, independent power producers under long-term power purchase agreements, and direct foreign investment in hydrogen project concessions. The RO 7 billion electricity allocation in APSR's 11th Five-Year Plan is the most visible committed number on the grid side. Hydrogen project capital is almost entirely private and conditional on FID. OQ Alternative Energy, the renewables arm of state energy company OQ, holds co-investor positions in HyPort Duqm and SalalaH2, providing a state anchor alongside foreign partners.

The carbon market framework released in May 2026 is intended to provide an additional revenue layer for low-carbon investments by generating verifiable, tradable carbon credits across seven key sectors. If implemented with credibility, it lowers the cost of financing for clean infrastructure projects by giving investors access to carbon revenue alongside energy revenue.

Risks, Bottlenecks, and Data Caveats

No FID yet. The most significant delivery gap is the absence of a Final Investment Decision on any large-scale hydrogen project. ACME is in construction, but Phase 1 is a relatively small first step at 100,000 tonnes per year. The projects targeting hundreds of thousands of tonnes per year, including HyPort Duqm and SalalaH2, remain pre-FID despite years of development work.

Project cancellations signal real market risk. The withdrawal of ENGIE and POSCO from HyDuqm in December 2025 was a concrete setback for a $6.7 billion project that had been among the most advanced in the pipeline. The partners cited market dynamics. In plain terms, global offtake contracts for green hydrogen and ammonia remain difficult to secure at prices that justify project economics, and elevated capital costs have lengthened project payback periods. These are not Oman-specific problems, but they directly affect the FID calculus for every project in the Hydrom portfolio.

The renewable build rate required is very large. Growing from approximately 1,550 MW today to 8.8 GW by 2030 requires adding more than 7 GW in under five years. Oman has not demonstrated this delivery rate before. Grid connection timelines, equipment procurement lead times, and engineering contractor capacity are all potential bottlenecks.

An earlier target was missed. A prior policy framework had set a 16 percent renewable share target for 2025. Actual delivery was 9.46 percent. The current official target has been revised to 10 percent by end of 2026. The revision may reflect improved realism rather than a policy retreat, but it records that the original build schedule was not met, and it is a pattern worth tracking as 2030 targets are set.

Electrolyzer supply chains and water. Large-scale green hydrogen production requires gigawatt-scale electrolyzers, a technology where global manufacturing capacity is still scaling, and significant water inputs, a constraint in arid Oman that requires desalination to be integrated into project design and cost structures.

Data caveat. The 9.46 percent figure and the 1,550 MW installed capacity figure are drawn from APSR and OETC reporting through 2025. A single publicly available, comprehensive breakdown of renewable capacity by technology and project was not located at the time of writing. The OETC Five-Year Annual Transmission Capability Statement 2025 to 2029, published May 2025, provides the most granular official grid-side data.

Regional Comparison

Saudi Arabia and the UAE are both further along on renewable deployment. Saudi Arabia's grid-connected renewable capacity reached approximately 12.3 GW by end of 2025, with a pipeline supporting Vision 2030 targets and more than 20 GW of new capacity tendered in 2025 alone. The NEOM Green Hydrogen project, combining 2.2 GW of solar and 1.6 GW of wind with a 600-tonne-per-day hydrogen production facility, is in active construction and represents a more advanced hydrogen delivery milestone than any project currently operating in Oman. (SustainGulf)

The UAE presents a different model. The Barakah nuclear power plant, fully operational since 2024 at 5.6 GW, now supplies approximately 25 percent of UAE electricity, a clean baseload contribution Oman does not have. Masdar is targeting at least 2 GW of green hydrogen capacity by 2030 backed by a reported $5 billion investment. (SustainGulf)

Oman's genuine comparative advantage is its wind resource, consistently strong along the southern and eastern coastlines, and the availability of large, low-cost land areas, particularly around Duqm. These make export-oriented hydrogen economics potentially more attractive than in the UAE's more urbanised coastal zone. The constraint is that Oman's domestic electricity demand is a fraction of Saudi Arabia's or the UAE's, meaning hydrogen export revenue depends almost entirely on securing long-term offtake agreements with buyers in Europe and Asia. That is precisely where the current FID delay is concentrated across the whole Hydrom portfolio.

Why This Matters for Oman Vision 2040

Vision 2040's central economic challenge is reducing hydrocarbon dependence. The energy transition stack, renewables, green hydrogen, and a modernized grid, is the main mechanism through which Oman intends to remain an energy exporter as oil revenues narrow over the long term.

The 2030 hydrogen target of 1 million tonnes per year would not by itself replace oil revenues. But it would establish the physical infrastructure, regulatory machinery, project execution track record, and investor confidence needed for larger-scale expansion in the 2030s and 2040s. Delay compounds: a project that takes five years to move from concession to FID to commissioning means a 2026 FID produces export capacity in 2030 at the earliest. Any further slippage pushes the revenue contribution well into the next decade.

The grid investment program is both a standalone infrastructure need and a prerequisite for almost every industrial diversification ambition in Vision 2040. Manufacturing, logistics, data infrastructure, desalination, and downstream chemicals all require reliable and affordable electricity. The RO 7 billion earmarked for the electricity sector through 2030 is a necessary condition for those targets to be credible.

The updated Net Zero Strategy and carbon market framework, released May 2026, add the governance layer that international green capital increasingly requires before committing to long-term infrastructure. If the carbon credit framework is implemented with sufficient rigor and transparency, it lowers the cost of financing clean projects and connects Oman's transition program to international carbon markets. The more immediate test, though, is whether the mandatory 7 percent emissions reduction can be delivered before the conditional 26 percent financing materializes, and whether a first hydrogen FID lands before the 2027 deadline that Oman's own minister has set.