Saudi Arabia’s renewable energy programme is not based on a shortage of conventional resources. It is a strategic attempt by one of the world’s largest petroleum producers to change how electricity is generated, reduce the domestic use of liquid fuels and create new industries around solar power, wind energy, storage and green hydrogen.
The scale of that ambition has increased rapidly. More than 6.5 GW of renewable capacity was operating by July 2025, while the wider portfolio of proposed, awarded and developing projects reached approximately 64 GW by the end of that year. The Ministry of Energy’s current electricity-mix objective places renewables at roughly 45% to 50% of generation by 2030.
Saudi Arabia has the financial resources, available land and solar conditions needed to build projects at exceptional scale. Its central challenge is execution: converting a very large procurement pipeline into operating plants, transmission lines and storage assets within a limited period.
Renewable Power Is Designed to Replace Oil, Not the Oil Industry
Saudi Arabia’s energy transition differs from those of countries seeking to close their petroleum sectors. Oil and gas will remain central to government revenue, exports and industrial policy. Renewables are being developed primarily to change the domestic electricity mix and release hydrocarbons for more valuable uses.
Saudi power generation has historically depended on natural gas and liquid fuels, including crude oil and fuel oil. Burning exportable petroleum in domestic power stations carries a significant economic opportunity cost. A barrel used to produce electricity cannot be exported, refined into higher-value fuels or used as a petrochemical feedstock.
The government’s Optimum Energy Mix programme therefore aims to remove liquid fuels from power generation and replace them with a combination of natural gas and renewable electricity. Solar and wind power can lower fuel consumption during periods of strong demand, particularly when air-conditioning use raises electricity requirements during hot daylight hours.
This makes renewables part of Saudi Arabia’s hydrocarbon strategy as well as its climate policy. The programme can reduce domestic oil consumption without requiring the Kingdom to abandon its position in global petroleum markets.
Solar Power Is Becoming the Main Engine of Expansion
Saudi Arabia possesses some of the world’s strongest conditions for utility-scale solar development. The Kingdom has extensive open land, high solar irradiation and the institutional ability to procure very large projects through long-term power-purchase agreements.
The 300 MW Sakaka project established an early commercial reference for large-scale photovoltaic power. It was followed by projects including Sudair, Rabigh, Jeddah and Shuaibah, which demonstrated that solar farms with capacities measured in hundreds or thousands of megawatts could be financed and connected to the Saudi grid.
Project scale has continued to rise. Saudi procurement is no longer based on isolated demonstration plants. New rounds package several solar and wind developments together, allowing the government to build a national portfolio across different regions.
Competitive bidding has produced some of the lowest announced renewable electricity tariffs in the world. Low financing costs, strong solar resources, government-backed procurement and large project sizes have helped developers submit aggressive prices.
Those tariffs do not mean that every part of the Saudi transition will be inexpensive. Transmission networks, battery storage, system reserves and equipment able to operate under extreme heat and dust conditions add substantial costs beyond the solar panels themselves.
Solar technology must also be adapted to local operating conditions. Dust accumulation can reduce output, while cleaning systems require labour, equipment and careful water management. High temperatures can affect panel efficiency and accelerate equipment wear. These conditions create opportunities for automated cleaning, advanced coatings, heat-resistant components and specialised operating services.
Wind Power Gives the System Geographic Diversity
Saudi Arabia’s renewable programme is dominated by solar energy, but wind has an important role in reducing dependence on a single weather pattern. Strong wind resources are available in northern and north-western parts of the country, including Al Jouf and the Red Sea corridor.
The 400 MW Dumat Al Jandal wind farm became Saudi Arabia’s first utility-scale wind project and one of the largest operational wind farms in the Middle East. Its development established a commercial model based on international developers, long-term electricity purchasing and competitively selected tariffs.
New procurement rounds include additional wind projects alongside solar plants. This combination can improve system performance because wind generation may continue outside peak solar hours. Geographic diversity can also reduce the risk that renewable output falls across the entire country at the same time.
Wind remains a smaller industry than solar, and suitable sites must be supported by transmission infrastructure. Large turbines and blades also require specialised ports, roads, cranes and maintenance capabilities. Developing a wider wind programme will therefore create a different supply chain from the one supporting photovoltaic construction.
Saudi Procurement Has Shifted From Pilot Projects to Industrial Scale
The National Renewable Energy Program provides the main competitive framework for Saudi solar and wind development. The Saudi Power Procurement Company purchases electricity through long-term agreements, while consortia of Saudi and international companies finance, construct and operate the projects.
A parallel development route is led by the Public Investment Fund and its partners. ACWA Power, the PIF-owned Water and Electricity Holding Company known as Badeel, and Saudi Aramco Power Company have become central participants in this programme.
In late 2025, this group reached financial close on seven projects representing 15 GW of solar and wind capacity and approximately $8.2 billion in investment. The portfolio includes five solar plants and two wind farms expected to begin operating between the second half of 2027 and the first half of 2028.
This financing illustrates the transition from announcing targets to committing capital. It also shows how Saudi Arabia is using state institutions to reduce project risk while attracting commercial banks, developers, equipment suppliers and international expertise.
Other companies, including Masdar, EDF, TotalEnergies and major Asian developers, have secured projects through competitive rounds. Their participation increases access to technology and project-management experience, while competition places pressure on tariffs.
The model remains strongly state-directed. The government determines procurement volumes, sites and broader energy-mix priorities. Private investment is encouraged, but it develops within a programme shaped by national institutions.
Battery Storage Is Becoming Essential Infrastructure
Saudi Arabia cannot reach a renewable share approaching half of electricity generation through solar and wind construction alone. Electricity demand continues after sunset, while renewable output changes with weather conditions. The system therefore needs storage, flexible gas generation and expanded transmission capacity.
Saudi Arabia has begun developing one of the world’s largest battery-storage pipelines. Government plans have identified 8 GWh of storage projects for the initial phase and a further increase toward 22 GWh, while the broader project portfolio reported for 2025 reached approximately 30 GWh.
Storage can shift solar electricity from midday into evening demand periods, reduce renewable curtailment and provide rapid services that help maintain grid frequency. Batteries may also improve supply resilience in remote areas and support industrial developments with high electricity requirements.
The scale of the programme creates procurement and integration challenges. Batteries must be located where they provide the greatest system value rather than simply beside renewable plants. Grid operators will also need improved forecasting, digital controls and market arrangements that recognise the services storage provides.
Natural gas will continue to play a balancing role. The government’s target is not a fully renewable grid by 2030, but a system divided broadly between renewables and thermal generation, with gas replacing much of the liquid fuel previously burned for electricity.
Green Hydrogen Extends Renewables Beyond the Power Market
Saudi Arabia is also using renewable energy to create an export-oriented green hydrogen industry. The largest example is the NEOM Green Hydrogen Project at Oxagon in the north-western part of the country.
The project integrates approximately 4 GW of dedicated solar and wind generation. Its design includes around 2.2 GW of solar capacity, more than 250 wind turbines and electrolysers intended to produce up to 600 tonnes of carbon-free hydrogen per day. The hydrogen will be converted into green ammonia for export.
Construction passed 80% completion across the renewable plants, hydrogen facility and transmission system by early 2025. The renewable generation assets were scheduled for completion around mid-2026, followed by electrolyser commissioning and initial ammonia availability in 2027.
NEOM gives Saudi renewables an industrial purpose beyond supplying the domestic grid. If commercially successful, it could connect low-cost solar and wind resources with international demand for lower-carbon fuels used in shipping, fertiliser, steel and other industries.
Green hydrogen nevertheless requires more than abundant renewable electricity. It depends on expensive electrolysers, water supply, export infrastructure and long-term customers willing to pay for low-carbon products. The project’s 30-year offtake agreement provides greater certainty than hydrogen developments relying only on future market demand.
Local Manufacturing Is Part of the Economic Strategy
Saudi renewable policy is intended to create domestic economic activity as well as electricity. Vision 2030 identifies renewable equipment manufacturing, research, engineering and workforce development as areas for localisation.
Solar-module and cell manufacturing projects are being developed to produce equipment suited to extreme heat and desert conditions. Procurement programmes also include local-content requirements intended to expand opportunities for Saudi contractors, manufacturers and service providers.
The Kingdom already possesses industrial capabilities that can support renewable construction, including steel production, electrical equipment, petrochemicals, project finance and large-scale engineering. Wind towers, mounting systems, cables, substations and selected solar components offer potential areas for local production.
The difficult step is moving from assembly toward technologically advanced manufacturing. Global solar supply chains are highly competitive and concentrated in Asia. Saudi factories must achieve sufficient scale, quality and cost competitiveness to serve domestic projects without making electricity unnecessarily expensive.
Delivery Speed Will Decide Whether the 2030 Goal Remains Credible
Saudi Arabia has moved from a small renewable base to one of the world’s largest project pipelines in a relatively short period. Operational capacity has increased, financing has been secured for multi-gigawatt portfolios, storage investment is accelerating and the NEOM project is linking renewable power with a new export industry.
The programme’s scale also creates risk. Projects must be built, connected and commissioned quickly while the transmission network expands to serve new generation and rapidly growing electricity demand. Supply chains, skilled workers and regulatory institutions must develop at the same pace.
Saudi Arabia has already demonstrated that it can procure solar and wind power at globally competitive prices. Its next test is whether dozens of large projects can be delivered as a coordinated electricity system. The outcome will determine whether renewable energy becomes a central part of the Saudi power economy by 2030 or remains a large but incomplete development programme.
