Renewable Energy Capacity in Saudi Arabia

Saudi Arabia Renewable Energy Capacity Target 2030

Saudi Arabia’s renewable energy capacity target for 2030 is roughly 130 gigawatts (GW), enough to supply 50 per cent of electricity from renewable sources under Vision 2030. The build-out is led by solar photovoltaic and wind, alongside a parallel 42 GW of new gas-fired generation to replace crude-burning baseload. Cumulative awarded capacity has now passed 47 GW under signed power purchase agreements, while operational capacity in early 2026 stands closer to 12 GW. The gap between ambition and on-grid megawatts defines the remainder of the decade for Saudi renewable energy companies and the global supply chain serving them.

The capacity number is the headline. The drivers are economic. Every kilowatt-hour displaced from oil-fired or inefficient gas generation frees crude for export at world prices, and the Kingdom’s marginal value of avoided domestic crude consumption sits well above the cost of new-build solar PV. That arbitrage funds the procurement programme, the storage build-out, and the gigawatt-scale single-site projects that would not pencil in most other jurisdictions.

Saudi Renewable Capacity Targets: The 130 GW Architecture

The official 2030 capacity envelope is approximately 130 GW of installed renewable capacity, allocated across roughly 58.7 GW of solar PV, 40 GW of wind, with the balance covered by concentrated solar power, waste-to-energy, and incremental battery-paired hybrid projects. The target was raised from earlier formulations of 27.3 GW (2023) and 58.7 GW (intermediate), reflecting both the steepening cost curve for solar and the political weight given to the Saudi Green Initiative emissions trajectory. Renewables are projected to supply 50 per cent of electricity generation by 2030, with gas providing the remaining 50 per cent through new combined-cycle plants, several of which are designed CCS-ready.

The Public Investment Fund (PIF) is mandated to develop 70 per cent of the renewable capacity through its strategic partner ACWA Power and wholly-owned subsidiary Badeel (Saudi Power Acquisition Company). The remaining 30 per cent is allocated to the National Renewable Energy Programme (NREP) operated by REPDO and the Saudi Power Procurement Company (SPPC), which conducts the international competitive tenders. The split matters for project finance because the PIF channel uses bilateral negotiation and balance-sheet underwriting, while NREP awards are forced through reverse-auction price discovery that has produced some of the world’s lowest solar and wind tariffs.

Independent analysts including GlobalData and the Climate Action Tracker rate the 130 GW number as unlikely to be hit in full by 2030. Realistic operational capacity by year-end 2030 sits in the 45 to 70 GW range. That still represents a transformation: from a renewable share below two per cent of generation in 2020 to between 25 and 35 per cent by 2030. The Kingdom’s Jafurah unconventional gas ramp toward 2 billion cubic feet per day backfills any renewable slippage without compromising the crude-displacement objective.

Current Operational Capacity: From 0.4 GW to 12 GW

Operational renewable capacity connected to the Saudi grid stood at approximately 0.4 GW at the launch of Vision 2030 in 2016, almost entirely from the early Sakaka Solar PV plant and small-scale rooftop deployments. By end-2025, grid-connected capacity reached 12.3 GW according to Ministry of Energy reporting, representing a thirty-fold increase over the decade. Operational projects include:

• Sudair Solar PV (1.5 GW) — anchor PIF/ACWA project, COD 2023
• Al Shuaibah 2 Solar PV (2.06 GW) — partial commissioning through 2025
• Sakaka Solar (300 MW) — Saudi Arabia’s first utility-scale renewable IPP, online since 2020
• Dumat Al Jandal Wind (400 MW) — Saudi Arabia’s first wind IPP, online since 2021
• Round 2 and Round 3 NREP solar projects including Rabigh, Jeddah, Qurayyat, Madinah, Wadi Ad-Dawasir, and Layla
• Distributed rooftop and self-supply generation totalling several hundred megawatts under the Small-Scale Solar PV programme

Saudi Power Procurement Company has signed PPAs covering more than 47 GW of cumulative renewable capacity, of which around 20 GW is under active construction or in advanced development. The 2025 calendar year saw 20.6 GW of project launches and contractual closures, the highest annual figure recorded in the Kingdom’s renewable history. The 2026 pipeline targets 14 GW of new awards through Round 7 of the National Renewable Energy Programme. See the renewable energy sprint analysis for the construction velocity required to convert that pipeline into commissioned megawatts.

Operational capacity is concentrated geographically: Riyadh and Eastern provinces host the bulk of grid-connected solar PV, while wind capacity sits in Al Jouf, Hail, and the Northern Borders. Commissioning slippage from announced COD has averaged 9 to 15 months across Rounds 2 to 4, driven by grid interconnection bottlenecks and module supply timing.

Solar Pipeline: Single-Site Gigawatt Scale

Saudi Arabia possesses exceptional solar resources, with global horizontal irradiance averaging 5.5 to 6.5 kilowatt-hours per square metre per day across the central plateau and north. Combined with vast open land and a procurement framework optimised for single-buyer offtake, the Kingdom is the dominant venue for gigawatt-scale single-site solar PV. See the Saudi solar projects reference for the project register.

The Sudair Solar Plant, developed by ACWA Power with PIF subsidiary Badeel, delivers 1.5 GW from a single site north of Riyadh. The project achieved a tariff of USD 1.239 cents per kilowatt-hour at financial close, the second-lowest globally at the time of award. Al Shuaibah 1 and Al Shuaibah 2 Solar PV, on the Red Sea coast, total 2.6 GW of combined capacity through twin 1.3 GW configurations, with Al Shuaibah 2 representing the larger 2.06 GW component. The Shuaibah complex reached financial close in August 2023 at a USD 2.4 billion debt and equity package, with ACWA Power, Badeel, and Aramco Power Company (SAPCO) as the consortium.

Beyond Sudair and Shuaibah, the Kingdom’s solar pipeline includes:

• Al Henakiyah 1 Solar PV (1.1 GW) — financial close achieved 2023, COD 2025
• Ar Rass 2 (2.0 GW) — Round 4 award
• Saad 1 (1.1 GW) — Round 4 award
• Al Masaa (1.0 GW) — Round 5, awarded at USD 1.31 cents/kWh to SPIC-EDF consortium
• Al Henakiyah 2 (400 MW) — Round 5, awarded at USD 1.40 cents/kWh
• Multiple Round 6 and Round 7 sites totalling more than 12 GW under tender or recent award

The PIF-anchored portfolio under the August 2025 announcement of an 8.3 billion US dollar joint commitment by ACWA Power, Badeel, and SAPCO covers 15 GW of additional renewable capacity across multiple sites. That programme alone, if delivered to schedule, doubles the operational solar fleet in the second half of the decade.

Wind Pipeline: From One Project to Sixteen Gigawatts

Wind energy in Saudi Arabia has scaled more slowly than solar, reflecting weaker resource endowment outside the northern and coastal corridors and the absence of an established domestic wind manufacturing base. Until 2024 the Kingdom operated a single utility-scale wind farm: the 400 MW Dumat Al Jandal project in Al Jouf, developed by Masdar and EDF Renewables and online since August 2021. See the Dumat Al Jandal Wind Farm reference for project economics.

The wind pipeline expanded significantly in 2024 and 2025. The 600 MW Al Ghat wind IPP, awarded to a consortium led by Marubeni and Nesma, set a global record-low levelised cost of wind power at USD 1.566 cents per kilowatt-hour. The 500 MW Waad Al Shamal wind farm was awarded at a similarly aggressive tariff. The 700 MW Yanbu wind IPP completed bidding under Round 4. In Round 6, awarded in October 2025, the 1.5 GW Dawadmi wind project set a fresh world record at USD 1.33 cents per kilowatt-hour, breaking through a price floor that several analysts had considered structural.

Cumulative wind capacity under contract or operation now exceeds 4 GW against the 40 GW 2030 target, leaving 36 GW to be tendered, financed, and commissioned in less than five years. Even at an aggressive build-out cadence, wind appears the most likely segment to underdeliver against the 2030 ambition. The Ministry of Energy has signalled willingness to study offshore wind in the Red Sea and Arabian Gulf as a potential additional pathway, though no commercial-scale offshore tender has launched.

REPDO and Tenders: The Auction Architecture

The Renewable Energy Project Development Office (REPDO), housed within the Ministry of Energy, runs the National Renewable Energy Programme on behalf of the government. REPDO designs the bid documents, manages prequalification, and oversees the technical and commercial evaluation in coordination with the Saudi Power Procurement Company, which signs the eventual PPAs as the single buyer.

The auction sequence to date:

• Round 1 (2017): 300 MW Sakaka — first utility-scale solar IPP, awarded at USD 2.34 cents/kWh
• Round 2 (2019): 1.47 GW across seven sites — winning bid USD 1.61 cents/kWh
• Round 3 (2021): 1.47 GW across four sites — record-low USD 1.04 cents/kWh at Shuaa Energy 3
• Round 4 (2023): 3.3 GW across four solar projects — multi-site awards
• Round 5 (2024): 3.7 GW solar plus wind — solar floor at USD 1.297 cents/kWh
• Round 6 (October 2025): 4.5 GW solar and wind — wind world record USD 1.33 cents/kWh at Dawadmi
• Round 7 (2026): targeting 14 GW of awards across solar and wind

Tariffs compressed across each successive round, partly from falling module prices and partly because the bidder pool consolidated around a small group of well-capitalised developers writing thin equity returns for portfolio scale. The Round 6 wind result of 1.33 cents/kWh implies a levelised cost below the marginal fuel cost of the displaced gas capacity, a structural shift that underwrites the programme economics. See the Reuters auction coverage and MEED procurement reporting for detail.

The procurement framework includes 25-year PPAs denominated in US dollars at fixed real prices, with offtake risk borne by SPPC under sovereign-quality credit. Currency, inflation, and curtailment risk allocation have been progressively refined across rounds. Local content requirements rose from 17 per cent in early rounds to a 30 to 35 per cent floor in Round 5 and beyond, supporting domestic manufacturing build-out at King Salman Energy Park and other industrial zones.

ACWA Power’s Role: From Lead Bidder to Strategic Partner

ACWA Power, headquartered in Riyadh and majority-owned by PIF, is the single most consequential developer in the Saudi renewable programme and one of the largest globally. Its Saudi portfolio spans Sakaka, Sudair, Al Shuaibah 1 and 2, Al Henakiyah 1, multiple solar projects under Round 4 and Round 5, the NEOM Green Hydrogen renewable power assets, and the Red Sea Project off-grid microgrids. Operational and under-construction renewable capacity in the company’s Saudi book exceeds 12 GW.

ACWA Power’s competitive position rests on three structural advantages. First, PIF backing provides a sovereign credit anchor that lowers debt margins on project finance, particularly in syndications involving Asian and European banks. Second, the company has built an in-house engineering, procurement, and operations capability that allows it to compete on construction execution rather than purely on tariff. Third, the August 2025 PIF-anchored 8.3 billion US dollar joint commitment with Badeel and SAPCO secures a multi-year project flow that few competitors can match.

The international developer roster includes Masdar (UAE sovereign), EDF Renewables (France), TotalEnergies (France, often in consortium with Al Jomaih Energy), Marubeni and Sumitomo (Japan), KEPCO (Korea), and SPIC Huanghe Hydropower Development (China). The competitive dynamic is healthy: across Rounds 5 and 6, no single developer captured more than 30 per cent of awarded capacity, and the price discovery from international consortia has been a primary driver of the tariff compression. See the official ACWA Power project listing for the operational and pipeline register.

PIF Co-Investment: The 70 Per Cent Channel

The Public Investment Fund’s mandate to develop 70 per cent of the 2030 renewable capacity is operationalised through three vehicles: direct equity stakes in ACWA Power (44 per cent), the wholly-owned Badeel subsidiary, and project-level co-investment alongside Aramco’s renewable arm SAPCO. The bilateral channel bypasses the REPDO auction process for projects PIF chooses to develop on a negotiated basis, allowing faster timeline-to-COD where strategic urgency outweighs price discovery.

The August 2025 announcement of the 8.3 billion US dollar joint development of approximately 15 GW of renewable capacity is the largest single PIF renewable commitment to date. The structure pairs ACWA Power as developer-operator with Badeel as financial co-sponsor and SAPCO as Aramco’s strategic anchor. Project debt is being raised through Saudi and international banks, with green sukuk and conventional debt facilities in the funding mix. The PIF utilities and renewables programme page lists target deliverables.

PIF’s role extends beyond capacity. The fund has acquired stakes in upstream equipment manufacturing, including positions in Lucid Motors, solar manufacturer Saudi Solar Industries, and battery and electrolyser supply partnerships. The integrated industrial strategy aims to capture value across the renewable value chain rather than merely importing modules and turbines.

Recent Project FIDs 2024-2026: The Construction Surge

The 2024-2026 window is defined by an accelerating cadence of final investment decisions and financial close milestones. Notable project FIDs and contractual closures include:

• August 2023: Al Shuaibah 1 and 2 (2.6 GW combined) — USD 2.4 billion financial close
• 2024: Round 4 awards across Ar Rass 2, Saad 1, Al Kahfah, Al Muwayh covering 3.3 GW
• October 2024: Round 5 launched, 3.7 GW solar at floor of USD 1.297 cents/kWh
• May 2025: Al Ghat (600 MW) and Waad Al Shamal (500 MW) wind PPAs signed — wind tariff records
• August 2025: PIF/ACWA/Badeel/SAPCO 15 GW announcement, USD 8.3 billion total commitment
• October 2025: Round 6 award covering 4.5 GW including 1.5 GW Dawadmi wind at USD 1.33 cents/kWh
• December 2025: Bisha BESS grid connection — 7.8 GWh, world’s largest single battery
• 2026: Round 7 launch targeting 14 GW of renewable awards

Aggregating auction rounds, the PIF-anchored programme, NEOM renewable assets, and rooftop, total contracted capacity sits between 47 and 50 GW. The challenge is conversion: grid interconnection lead times have stretched to 24 to 30 months for projects above 1 GW, and module supply timing remains constrained by global trade developments. See the renewable energy sector overview for sector-level investment data.

Storage and Grid Integration: The 30 GWh Build-Out

Battery energy storage has emerged as the binding constraint on solar penetration above the 30 to 35 per cent generation share. The Saudi storage programme has accelerated dramatically:

• January 2025: Bisha 1 BESS (2 GWh) commissioned
• 2025: Saudi Electricity Company Phase 2 BESS programme launched at 2.5 GW / 10 GWh, USD 1.8 billion investment
• December 2025: Bisha BESS expanded to 7.8 GWh — world’s largest single grid-scale battery, connected by Sungrow
• 2026 commissioning targets: 22 GWh of operational storage cumulatively
• HiTHIUM 4 GWh contract for Tabuk and Hail northern provinces, COD 2026

Total storage capacity under development reaches 30 GWh, anchored by Chinese OEM partnerships (BYD, Sungrow, HiTHIUM, CATL) and integrator contracts with Saudi Electricity Company and SPPC. The Kingdom’s storage build-out per capita is now among the highest globally and exceeds the operational base in the United States, Europe, and Australia on an absolute capacity basis.

Grid integration runs through the Saudi Power Procurement Company (offtake), Saudi Electricity Company (transmission and distribution), and the Electricity and Cogeneration Regulatory Authority (regulation). Transmission expansion is the bottleneck. The east-west interconnection backbone, the High-Voltage Direct Current corridor between Egypt and Saudi Arabia, and the GCC Interconnection Authority links to Bahrain, Kuwait, and the UAE define the export and balancing optionality. SEC’s transmission capex is sized at more than USD 30 billion through 2030, with HVDC and high-voltage AC components running concurrently.

Vision 2030 Energy Mix: 50/50 by Architecture

The official 2030 energy mix splits electricity generation roughly 50 per cent renewable and 50 per cent natural gas, eliminating crude oil and heavy fuel oil from the power stack entirely. The displacement value is significant: the Saudi Arabia electricity consumption base sits above 350 terawatt-hours annually and is rising at 4 to 5 per cent compound. Every GW of renewable capacity displaces approximately 50,000 to 60,000 barrels per day of crude-equivalent fuel oil at peak summer demand.

The gas pillar is being built in parallel. Saudi Arabia plans 42 GW of new combined-cycle gas generation by 2030, of which approximately 9 GW was under construction as of late 2025 and 21 GW had been tendered or awarded. Several plants are designed CCS-ready to support eventual carbon capture retrofits aligned with Saudi Aramco’s carbon management roadmap. The gas backbone is fed by the Master Gas System expansion and the Jafurah unconventional gas project ramping toward 2 billion cubic feet per day by 2030.

The hydrogen pillar adds a third leg. The NEOM Green Hydrogen Project integrates 4 GW of dedicated solar and wind generation (2.2 GW solar, 1.6 GW wind) feeding a 2.2 GW alkaline electrolyser fleet to produce 600 tonnes per day of carbon-free hydrogen, exported as 1.2 million tonnes per year of green ammonia. The renewable assets are scheduled for completion mid-2026, with electrolyser commissioning and first product expected 2027. Beyond NEOM, the Saudi hydrogen strategy covers blue hydrogen from Aramco’s gas-to-hydrogen complexes and a planned cluster at Yanbu.

The integrated picture is a power system where renewables provide the bulk-energy lowest-cost generation, gas provides flexibility and capacity, batteries provide ramping and arbitrage, and hydrogen creates an export channel for the surplus solar resource. That architecture is more sophisticated than the simple solar-only narrative often used in marketing materials and underwrites the realistic scenario in which Saudi Arabia delivers 25 to 35 per cent of generation from renewables by 2030 rather than the headline 50 per cent.

Risks: Slippage, Curtailment, and Trade Frictions

Three risk vectors define the realistic 2030 outcome. First, commissioning slippage. The cohort of Round 2 to Round 4 projects has averaged 9 to 15 months of delay from announced COD, and Round 5 and Round 6 awards face similar constraints. The 14 GW of 2026 awards combined with the 8 GW carry-over from 2024-2025 implies a peak commissioning year of 18 to 22 GW around 2028-2029, which exceeds the historical maximum by a factor of three. The construction labour pool, the EPC contractor capacity, and the grid interconnection queue are all stretched.

Second, curtailment risk. With 130 GW of renewable capacity on a peak demand of 80 to 90 GW, even with 22 to 30 GWh of storage, the system will face structural curtailment during low-demand spring and autumn periods. The Saudi Egypt electricity interconnector provides 3 GW of bidirectional export capacity, and the GCC Interconnection runs at similar magnitude, but the export channels are not sized for double-digit GW of surplus. Hydrogen exports through NEOM and Yanbu provide an additional sink, but at electrolyser conversion losses of 30 per cent.

Third, trade frictions in the solar and battery supply chain. Saudi Arabia is heavily dependent on Chinese module and cell supply (Trina, Longi, JA Solar, Jinko) and Chinese battery and inverter equipment (BYD, CATL, Sungrow, HiTHIUM). Module pricing has been volatile through 2025, and US Section 301 tariff escalation has rerouted some Chinese supply through Saudi Arabia for re-export, complicating origin documentation. The Kingdom is funding domestic manufacturing capacity through the King Salman Energy Park and similar industrial corridors, but local content above 35 per cent on a single-site basis remains years away.

A fourth, lower-probability risk is sovereign demand. If Saudi Aramco crude exports remain elevated and oil prices cooperate, the marginal value of crude displacement weakens. Conversely, if oil prices fall toward 50 USD/bbl, the displacement arithmetic still works, but fiscal capacity to fund the gas backbone and grid expansion narrows.

Outlook: 2026-2030 and the Construction-Velocity Bottleneck

The realistic 2030 outcome sits between 45 GW (slow scenario, persistent slippage, curtailment limits) and 70 GW (fast scenario, full execution of Round 6, Round 7, and the PIF/ACWA programme). Both scenarios deliver transformation: the Kingdom moves from a renewable share below two per cent in 2020 to 25 to 35 per cent by 2030, displacing 800,000 to 1.2 million barrels per day of crude-equivalent fuel from the power stack.

The 2026-2027 calendar is the inflection. Round 6 and Round 7 awards, the Bisha 7.8 GWh BESS, the NEOM Green Hydrogen renewable assets, and the second wave of PIF-anchored gigawatt-scale projects all hit commissioning windows in this period. Construction velocity, EPC contractor mobilisation, and module and inverter supply timing will determine whether the cohort delivers on schedule.

For developers, equipment manufacturers, EPC contractors, and clean energy investors, the Saudi market is the largest single national opportunity in the global renewable build-out outside China and India. Tariffs are the world’s lowest. Project sizes are the world’s largest. The sovereign offtake credit is investment grade. The runway to 2030 is short enough that participants either have a foothold in 2026 or do not capture the bulk of the programme. See how to invest in renewable energy in Saudi Arabia for the entry framework and biggest companies in Saudi Arabia for the developer roster.

The 130 GW headline target will probably miss. The transformation underneath it will not.