Introduction

Saudi Arabia is entering a significant transformation in energy policy. Historically, its energy policy has been centred on petroleum production, export revenues, domestic energy security and the strategic role of Saudi Aramco. Under Vision 2030, however, the Kingdom is increasingly pursuing a broader energy strategy involving renewable energy, natural gas, energy efficiency, hydrogen, carbon management, nuclear energy, electricity-market reform and economic diversification. The official energy strategy seeks to diversify electricity generation and increase renewable-energy deployment while maintaining security, reliability and economic competitiveness. (My Government)

Saudi Arabia has also announced a net-zero emissions objective for 2060, using the Circular Carbon Economy (CCE) approach, and has committed to reducing, avoiding or removing 278 million tonnes of CO₂-equivalent annually by 2030. (المركز الوطني لإدارة الدين)

The future of Saudi energy policy is therefore unlikely to be a simple transition from oil to renewables. It is more likely to be a multi-energy transformation, in which hydrocarbons, renewables, hydrogen, carbon-management technologies, electricity infrastructure and new energy industries coexist.

1. Scenario One: Diversification from Oil-Dominated Energy to a Multi-Energy System

The first future scenario is the emergence of a diversified energy system.

Saudi Arabia's official policy aims at increasing renewable-energy participation while expanding natural gas and reducing dependence on liquid fuels in electricity generation. The government's stated objective has been a power mix in which renewables and natural gas each account for approximately 50% by 2030, subject to continuing review. (My Government)

This could produce a three-layer energy structure:

Oil — increasingly focused on export, petrochemicals and high-value industrial uses;

Natural gas — important for electricity generation and industrial activity;

Renewables — especially solar and wind, progressively supporting electricity, hydrogen and electrification.

This transformation will require new rules concerning grid access, renewable auctions, transmission investment, electricity pricing, storage and private investment.

Relevant case law

The principle that governments may restructure energy systems in response to environmental and economic objectives is illustrated by Massachusetts v. Environmental Protection Agency, 549 U.S. 497 (2007). The US Supreme Court recognised the legal significance of greenhouse-gas emissions and required the regulator to address its statutory responsibilities concerning climate pollution.

For Saudi Arabia, the broader lesson is that future energy policy may increasingly need to connect traditional energy regulation with climate and environmental obligations.

2. Scenario Two: Saudi Arabia as a Global Renewable-Energy and Hydrogen Hub

Saudi Arabia possesses substantial solar resources and significant available land. Consequently, a future scenario involves the Kingdom becoming a major producer and exporter of renewable electricity, green hydrogen, green ammonia and other low-carbon fuels.

Saudi policy already identifies renewable energy and green hydrogen as important components of its future energy system. (GitHub)

The legal issues will include:

renewable-energy project licensing;

land allocation;

electricity transmission;

water use for hydrogen production;

hydrogen certification;

guarantees of origin;

cross-border infrastructure;

export contracts;

safety standards;

environmental assessment; and

international recognition of hydrogen's carbon intensity.

Hydrogen policy could eventually require an independent legal framework rather than simply treating hydrogen as another petroleum product.

Case law

The Pulp Mills on the River Uruguay (Argentina v. Uruguay), ICJ, 2010 decision is particularly relevant because the International Court of Justice recognised the importance of environmental impact assessment where activities may create significant transboundary environmental risks.

For Saudi hydrogen projects, especially those connected to large-scale desalination, coastal infrastructure and international export corridors, environmental assessment could become increasingly important.

3. Scenario Three: Circular Carbon Economy as the Central Policy Model

A distinctive feature of Saudi energy policy is the Circular Carbon Economy approach.

The model uses four strategies:

Reduce

Reuse

Recycle

Remove

Saudi Arabia promotes CCE as a comprehensive framework for managing emissions rather than relying exclusively on eliminating fossil fuels. The framework was endorsed by G20 leaders in 2020. (HLPF)

This creates a future policy scenario in which Saudi Arabia simultaneously promotes:

energy efficiency;

renewable energy;

methane reduction;

carbon capture;

carbon utilisation;

carbon storage;

synthetic fuels;

low-carbon industrial production; and

nature-based carbon removal.

The legal challenge will be ensuring that carbon-management technologies do not become a substitute for genuine emissions reduction where reduction is technically and economically feasible.

Case law

The Dutch Urgenda Foundation v. State of the Netherlands, Supreme Court, 2019 decision is important because the court recognised that climate protection can generate concrete governmental duties concerning emissions reduction.

Although Urgenda is not binding on Saudi courts, it demonstrates an important future legal trend: climate policy may increasingly be tested through rights, constitutional and administrative-law principles rather than merely through political commitments.

4. Scenario Four: Stronger Energy-Climate Integration

Saudi energy policy may increasingly merge with climate policy.

The Kingdom's Green Financing Framework connects sustainable finance with its 2060 net-zero objective and the Circular Carbon Economy. (المركز الوطني لإدارة الدين)

Future energy decisions may therefore have to satisfy multiple criteria:

energy security + economic efficiency + emissions reduction + environmental protection + investment competitiveness.

This could lead to:

mandatory climate-risk assessments;

carbon disclosure;

environmental reporting;

emissions-performance standards;

green-finance requirements;

climate-related investment screening; and

sustainability conditions in major energy concessions.

Case law

Leghari v. Federation of Pakistan (2015) demonstrates how courts can connect climate vulnerability with constitutional rights and governmental obligations. The Lahore High Court treated climate policy as a matter requiring effective institutional implementation.

The broader lesson for Saudi policy is that climate commitments may gradually move from policy documents into enforceable administrative responsibilities.

5. Scenario Five: Expansion of Energy-Efficiency Regulation

Saudi Arabia's future energy policy will not depend only on producing more clean energy. Controlling energy consumption will become equally important.

The Kingdom already has an energy-efficiency institutional framework, including the National Energy Services Company (TARSHID), which supports energy-saving projects. (My Government)

Future policy could therefore introduce stronger requirements for:

building energy performance;

industrial energy efficiency;

appliance standards;

vehicle efficiency;

district cooling;

smart meters;

demand-response systems;

energy audits; and

efficiency obligations for utilities.

This is particularly significant because buildings, industry and transportation constitute major energy-consuming sectors in Saudi Arabia. (My Government)

6. Scenario Six: Electricity-Market Reform and Greater Private Participation

Saudi Arabia's future energy system will require enormous investment in:

solar generation;

wind projects;

transmission;

batteries;

smart grids;

hydrogen infrastructure;

carbon capture;

nuclear technology; and

energy-efficiency services.

Consequently, energy policy may increasingly rely on public-private partnerships, independent power producers, competitive procurement and project finance.

Future regulation will have to answer questions such as:

Who owns transmission infrastructure?

Who can access the grid?

How are electricity prices determined?

How are renewable projects selected?

How are curtailment risks allocated?

Who bears balancing costs?

How are stranded assets compensated?

This would represent a movement from predominantly administrative energy governance toward a more sophisticated regulatory-market framework.

7. Scenario Seven: Nuclear Energy as a Complementary Source

Another possible future is the development of peaceful nuclear energy.

Saudi Arabia has indicated interest in nuclear power as part of its longer-term energy diversification. Official energy policy already identifies nuclear energy as a future component of the national energy system. (My Government)

A nuclear-energy expansion would require extensive legislation dealing with:

nuclear licensing;

radioactive materials;

nuclear safety;

liability;

emergency preparedness;

radioactive-waste management;

nuclear security;

environmental assessment; and

international safeguards.

Case law

The Trail Smelter Arbitration (United States v. Canada, 1941) established the influential principle that states must not permit activities within their territory that cause serious transboundary environmental harm.

Although decided in a different context, this principle is highly relevant to nuclear-energy regulation because radiation risks can have consequences beyond national borders.

8. Scenario Eight: Energy Security Becomes Broader Than Oil Security

Traditionally, Saudi energy security has been associated with petroleum production and export capacity. Future energy security will become more complex.

It will include:

electricity reliability;

renewable-energy intermittency;

battery-material supply chains;

hydrogen infrastructure;

cyber resilience;

water availability;

critical minerals;

LNG and gas infrastructure;

transmission security; and

geopolitical protection of energy corridors.

Saudi Arabia's policy institutions increasingly recognise the relationship between energy security, sustainability and economic development. (Rdia)

The future therefore involves a shift from "oil security" to "integrated energy-system security."

9. Scenario Nine: Water-Energy Nexus Regulation

Saudi Arabia's energy policy cannot be separated from water policy.

Desalination requires large quantities of energy, while hydrogen and some industrial processes may require significant quantities of water. Consequently, future energy planning will need to integrate:

energy + water + industry + climate + infrastructure.

The Kingdom's research and innovation priorities explicitly connect sustainable access to water, food and energy resources. (Rdia)

This could lead to integrated regulatory approval for major projects rather than separate consideration of energy and environmental issues.

10. Scenario Ten: Stronger Environmental Governance and Judicial Review

One of the most important long-term scenarios is the development of stronger environmental governance.

Saudi energy projects may increasingly face requirements relating to:

environmental impact assessment;

biodiversity;

marine ecosystems;

land degradation;

emissions;

waste;

water consumption;

community impacts; and

environmental restoration.

Saudi climate scholarship has specifically identified environmental principles as increasingly relevant to the legal governance of Vision 2030 energy and climate ambitions. (OUP Academic)

Comparative case law such as Vellore Citizens' Welfare Forum v. Union of India (1996) demonstrates how principles such as the precautionary principle and polluter-pays principle can become part of environmental governance.

For Saudi Arabia, such principles could increasingly influence administrative decisions involving major energy infrastructure.

11. Scenario Eleven: Carbon Markets and Green Finance

Saudi Arabia's Green Financing Framework indicates that sustainable finance is becoming part of the Kingdom's energy-transition strategy. (المركز الوطني لإدارة الدين)

Future policy may therefore involve:

green bonds;

sustainability-linked financing;

carbon credits;

emissions accounting;

transition finance;

climate-risk disclosure;

environmental performance indicators; and

verification of carbon-removal claims.

The legal system will need to prevent greenwashing, double counting of emissions reductions and fraudulent carbon-credit claims.

12. Scenario Twelve: Energy Policy as an Instrument of Economic Diversification

Perhaps the most important future scenario is that energy policy will no longer be merely about supplying energy.

It will become an instrument of economic diversification under Vision 2030.

Saudi Arabia can use energy resources and infrastructure to create industries involving:

renewable manufacturing;

hydrogen;

petrochemicals;

carbon management;

electric vehicles;

batteries;

energy services;

advanced materials;

data centres; and

low-carbon industrial production.

The Green Financing Framework itself links environmental investment with long-term economic prosperity and Vision 2030. (المركز الوطني لإدارة الدين)

Thus, the future Saudi energy policy could be described as "energy-led diversification" rather than merely "energy transition."

Key Legal Challenges

The future development of Saudi energy policy will create several important legal questions:

Conclusion

The future of Saudi energy policy is likely to be plural rather than singular. Oil and gas will remain strategically important, but the policy framework is increasingly expanding toward renewable electricity, hydrogen, carbon management, energy efficiency, nuclear power, sustainable finance and integrated energy infrastructure.

Saudi Arabia's current policy already combines diversification of electricity generation, renewable deployment, energy efficiency, carbon management and long-term emissions objectives. (My Government)

The most plausible future is therefore not an immediate abandonment of hydrocarbons but a managed transition toward a diversified, technologically advanced and lower-carbon energy economy. The Circular Carbon Economy provides Saudi Arabia with a distinctive policy model, while Vision 2030 provides the broader economic and institutional framework.

From a legal perspective, the major challenge will be converting broad strategic objectives into predictable rules, transparent institutions, enforceable environmental standards, competitive markets and accountable decision-making. Comparative jurisprudence—from Urgenda, Massachusetts v. EPA, Pulp Mills, Trail Smelter, Leghari and Vellore—shows how environmental and climate principles can progressively influence energy governance.

Ultimately, Saudi energy law is likely to evolve from a framework primarily concerned with resource production and energy supply into one concerned with energy security, diversification, climate resilience, technological innovation, environmental protection and inter-generational economic sustainability. This evolution will be central to the legal implementation of Vision 2030 and the Kingdom's 2060 net-zero ambition. (spa.gov.sa)