Study Finds ‘Unprecedented Change’ in Demand for Electricity in Saudi Arabia

Saudi Arabia’s electricity demand is stagnating for the first time in decades. (Asharq Al-Awsat)
Saudi Arabia’s electricity demand is stagnating for the first time in decades. (Asharq Al-Awsat)
TT
20

Study Finds ‘Unprecedented Change’ in Demand for Electricity in Saudi Arabia

Saudi Arabia’s electricity demand is stagnating for the first time in decades. (Asharq Al-Awsat)
Saudi Arabia’s electricity demand is stagnating for the first time in decades. (Asharq Al-Awsat)

Electricity demand in Saudi Arabia is undergoing unprecedented changes following the implementation of efficiency measures and energy price reforms, according to a study by the King Abdullah Petroleum Studies and Research Center (KAPSARC).

The Kingdom’s electricity demand is stagnating for the first time in decades, suggesting that consumer behavior has structurally shifted, raising uncertainties about the potential trajectory of long-term electricity demand.

KAPSARC projected the growth in total Saudi electricity demand to significantly decelerate over the coming decade compared with historical trends, to reach 365.4 terawatthours (TWh) by 2030.

The study predicted demand to grow more rapidly in the industrial and services segments than in the residential sector, accounting for the largest share of total consumption in 2030.

“We also simulate four additional scenarios for domestic electricity price reforms and efficiency policies,” said the study.

Aligning Saudi electricity prices with the average electricity price among G20 countries can reduce total electricity demand by 71.6 TWh in 2030, which could enforce efficiency policies that can reduce total electricity demand by up to 118.7 TWh.

“Moreover, alternative policy scenarios suggest that the macroeconomic gains from energy savings can alleviate some of the Saudi energy system’s burden on public finance,” said the study.

Projecting future demand for electricity is central to power sector planning, as these projections inform capacity investment requirements and related infrastructure expansions, it continued.

“Electricity is not currently economically storable in large volumes. Thus, the underlying drivers of electricity demand and potential market shifts must be carefully considered to minimize power system costs,” it explained.

Demand for electricity in Saudi Arabia has multiplied since the development of the electricity sector in the early 1970s, driven by a rapidly increasing population, dynamic economic growth, and low regulated energy prices.

In 2018, total Saudi electricity demand reached 299.2 TWh.

The Kingdom is the 14-largest electricity consumer globally. Its consumption is similar to that of more populated countries like Mexico and to more advanced economies like Italy, whose 2019 GDP was $2,151.4 billion, compared to $704.0 billion for Saudi Arabia, according to The World Bank.

In recent years, the Saudi government has addressed the rapidly increasing fuel consumption of its power sector by expanding efficient gas plants. This step has reduced the country’s reliance on oil and refined products for power generation. Moreover, Saudi policymakers have also enacted some demand-side measures.

In 2010, the Kingdom began promoting several efficiency initiatives to rationalize energy consumption by establishing the Saudi Energy Efficiency Center (SEEC 2018). Additionally, the Saudi government implemented the first round of national energy price reforms (EPR) in 2016, with the second round in 2018.

The scale of these recently implemented EPR and efficiency measures are unprecedented in Saudi Arabia. Thus, these policies’ potential effects on future demand cannot be assessed based on past experiences.

The study emphasized the importance of enhancing the methodological aspects of energy demand projections.

“Using advanced analytical tools to capture market transformations, behavioral adjustments, and interdependencies across economic agents, we can better project electricity demand pathways,” it stressed.



Indonesia, Singapore Sign Deals on Power Trade, Carbon Capture 

Indonesian Energy and Mineral Resources Minister Bahlil Lahadalia speaks to the media during a press conference at the presidential palace in Jakarta, Indonesia, Tuesday, June 10, 2025. (AP) 
Indonesian Energy and Mineral Resources Minister Bahlil Lahadalia speaks to the media during a press conference at the presidential palace in Jakarta, Indonesia, Tuesday, June 10, 2025. (AP) 
TT
20

Indonesia, Singapore Sign Deals on Power Trade, Carbon Capture 

Indonesian Energy and Mineral Resources Minister Bahlil Lahadalia speaks to the media during a press conference at the presidential palace in Jakarta, Indonesia, Tuesday, June 10, 2025. (AP) 
Indonesian Energy and Mineral Resources Minister Bahlil Lahadalia speaks to the media during a press conference at the presidential palace in Jakarta, Indonesia, Tuesday, June 10, 2025. (AP) 

Indonesia and Singapore signed initial deals on Friday to develop cross-border trade in low carbon electricity and collaborate on carbon capture and storage, ministers from both countries said in Jakarta.

The electricity deal reaffirmed an earlier agreement to export solar power from Indonesia to Singapore, with a group of companies planning to build plants and grid infrastructure to generate and transmit the power.

The memorandum of understanding signed by the two countries says they will aim to draw up policies, regulatory frameworks and business arrangements that will enable Indonesian power to be delivered to Singapore.

Indonesia expects to export 3.4 gigawatts of low-carbon power by 2035, according to a presentation slide shown by Indonesia's energy minister Bahlil Lahadalia.

In another MoU, the two countries said they would look into drawing up a legally binding agreement for carbon capture and storage that would allow cross-border projects to go ahead.

If successful, it will be the first such project in Asia, said Singapore government minister Tan See Leng.

Energy firms BP, ExxonMobil, and Indonesia's state company Pertamina are already developing CCS projects in Indonesia.

With its depleted oil and gas reservoirs and saline aquifers capable of storing hundreds of gigatons of CO2, Indonesia has allowed CCS operators to set aside 30% of their storage capacity for carbon captured in other countries.

The two countries also signed a deal for the development of sustainable industrial zones on several Indonesian islands near Singapore, including Batam, Bintan and Karimun.

Bahlil said the deals could bring in more than $10 billion of investment from the manufacturing of solar panels, the development of CCS projects and potential investment in industrial estates.