Icelandic Member Committee

INSTITUTIONAL AND POLICY ASSESSMENT

The World Energy Issues Monitor 2026 confirms Iceland’s continued position among the world’s most advanced energy systems, particularly with respect to renewable electricity generation and low-carbon space heating. With nearly all electricity and heating supplied from renewable sources, Iceland has already addressed many of the challenges that dominate energy policy agendas elsewhere. The remaining constraints are no longer primarily technological or resource-based, but increasingly institutional, regulatory, and systemic, reflecting the complexity of operating and expanding a mature, highly decarbonised energy system in a changing economic, environmental, and geopolitical context.

As the energy transition deepens, Iceland’s future performance will depend less on the availability of renewable resources—which remain exceptional—and more on governance quality, coordination capacity, investment frameworks, and delivery speed. In addition, growing international emphasis on energy security and the resilience of critical infrastructure highlights the importance of strengthening the shock-resilience of Iceland’s energy systems, ensuring that generation, transmission, and storage capacities are robust against natural hazards, supply disruptions, and broader geopolitical risks. The World Energy Issues Monitor identifies a limited number of critical uncertainties and action priorities that will shape Iceland’s ability to sustain momentum, meet climate objectives, and leverage the transition for long-term economic value creation. Among these, infrastructure planning and delivery capacity emerges as the most consequential and cross-cutting factor, influencing outcomes across climate mitigation, competitiveness, social acceptance, and environmental protection.

CRITICAL UNCERTAINTIES

• Infrastructure Planning and Delivery – the Binding Constraint

The 2026 map positions infrastructure planning and delivery as a high-impact, high-uncertainty issue, indicating that Iceland’s future energy and climate outcomes will increasingly depend on execution rather than ambition. Iceland’s energy system is evolving from a relatively centralised and stable structure to a highly integrated, multi-sector system, in which electrification of transport, transformation of industrial processes, expansion of energy-intensive and digital activities, decentralised generation, storage solutions, and emerging energy carriers all place new demands on planning and delivery frameworks.

The central challenge is no longer identifying infrastructure needs, but ensuring that institutional capacity, coordination mechanisms, and implementation processes are sufficiently robust and aligned. Infrastructure development must now integrate energy transmission and distribution, transport and port facilities, industrial zoning and land-use planning, and environmental protection regimes. Where this alignment is weak, delays or bottlenecks in one component can propagate across the system, undermining electrification targets, increasing system costs, and weakening investor confidence. In a mature energy system, such frictions have economy-wide implications.

Recent institutional reforms are therefore directly relevant to the 2026 assessment. In 2025, the National Energy Authority was merged with the Environment Agency of Iceland, creating a single authority, the Icelandic Environment and Energy Agency, with responsibility across energy regulation, environmental permitting, and implementation oversight. This consolidation is intended to reduce administrative fragmentation, strengthen policy coherence, and increase procedural efficiency, particularly where infrastructure delivery, climate objectives, and environmental protection intersect. While the full impact of the merger will depend on implementation, resourcing, and organisational integration, it represents a structurally important step toward reducing delivery risk in an increasingly complex system. By leveraging synergies from the institutional merger, streamlining authorization protocols, and empowering staff, about 75% increase in licensing throughput was achieved without compromising quality requirements in the first year.

• Permitting and Clean Investment Rules

Closely linked to infrastructure delivery are permitting and clean investment frameworks, which also appear as a high-impact, high-uncertainty factor in the 2026 map. As energy and infrastructure projects increase in number, scale, and complexity, legacy permitting arrangements—often characterised by sequential approvals, overlapping mandates, and extended appeal processes—have struggled to provide predictability. This has been particularly evident for transmission infrastructure, wind energy development, geothermal expansion, and enabling assets for future fuels and industrial electrification.

From an economic perspective, permitting uncertainty transmits through several channels: it extends development timelines, raises upfront project costs, and increases the cost of capital by introducing regulatory risk that is difficult to price. These effects can delay electrification of transport and industry, slow the deployment of climate-critical infrastructure, and weaken Iceland’s competitiveness in attracting clean investment.

The current government’s policy framework directly addresses these challenges. Strategic priorities include measures to increase energy production, strengthen the transmission system, and improve energy efficiency, with the explicit objective of supporting the energy transition and value creation across all regions of the country. Core elements of the policy agenda include simplification of permitting procedures, legally binding time limits, and administrative prioritisation of projects already classified in the utilisation category of the Master Plan (Rammaáætlun). In addition, the policy framework has been further strengthened by ensuring that the government’s policy on energy supply must be considered when energy resources are classified into “protection”-, “on hold” or “energy utilisation” categories within the Master Plan.

Additional measures aim to establish broad societal consensus around the legal framework for wind power development, while ensuring that a larger share of revenues from energy infrastructure accrues to local communities, thereby strengthening social acceptance and local legitimacy. Recent public opinion trends also indicate that social acceptance for expanded energy production is increasing, with a clear majority of the population expressing support for greater domestic energy generation to meet future demand. Proposed amendments to electricity legislation seek to safeguard priority access for households and general users, reinforcing the social contract underpinning the energy system. Together, these measures reflect an effort to reduce regulatory uncertainty while maintaining environmental standards and public trust. Their effectiveness will depend on consistent implementation and institutional capacity.

• Climate Ambition, Nature, and External Dependencies

The inclusion of peace and stability among relevant uncertainties reflects growing recognition that even highly renewable and domestically supplied energy systems are embedded in global economic and geopolitical structures. For Iceland, exposure arises less from dependence on imported fuels and more from reliance on global supply chains for infrastructure components, access to international capital markets, export-oriented industries built on clean energy, and digital and cyber systems.

At the same time, Iceland has articulated a clear strategic objective of achieving carbon neutrality before 2040 and remaining among the global leaders in climate action. This ambition implies intensified efforts to accelerate the energy transition in transport and industry, address emissions from land use, and support technological solutions and innovation in climate mitigation, including carbon capture and utilisation, advanced fuels, and digital optimisation. In parallel, policy emphasises support for biodiversity, protection of marine areas, and safeguarding remaining wilderness, underscoring the need to align climate action with nature protection.

Integrating climate mitigation, infrastructure development, and environmental stewardship into a coherent framework is therefore a defining challenge for the coming decade. Trade-offs between speed, scale, and environmental integrity will require transparent governance, robust impact assessment, and sustained public engagement.

ACTION PRIORITIES

• Power Grids as the Primary Enabler

Among the action priorities identified in the 2026 map, power grids stand out as a high-impact, lower-uncertainty issue, making them a clear focus for near-term policy intervention. Grid capacity, flexibility, and digital intelligence are essential for electrification of transport and industry, integration of decentralised and variable generation, system reliability, and regional value creation. Grid investment should therefore be treated as a strategic economic and climate intervention, not merely a technical upgrade. Timely reinforcement and modernisation can unlock renewable potential, enable new industrial activity, and support balanced regional development. Conversely, delays in grid development risk creating structural bottlenecks that constrain climate ambition, raise system costs, and limit competitiveness.

• System Resilience, Finance, and System Optimisation

The 2026 assessment also highlights system resilience, finance and investment confidence, and supply–demand integration as closely interconnected priorities. Resilience increasingly depends on digital robustness, skills availability, and institutional learning, rather than on traditional notions of fuel security. Climate-related risks, cyber threats, and operational complexity all require adaptive governance and continuous system monitoring.

In this context, Iceland is also advancing preparations to establish strategic emergency oil stocks equivalent to approximately 90 days of national consumption. This issue has recently been highlighted by the Minister for Environment, Energy and Climate as a key national security priority in light of growing geopolitical uncertainty.

At the same time, achieving climate neutrality and sustaining economic competitiveness will require capital-intensive, system-level investments with long payback periods. Maintaining access to capital at competitive cost will depend on predictable regulatory frameworks, stable policy signals, and alignment with international sustainable-finance standards. With electricity and heat supply largely decarbonised, further efficiency gains will increasingly come from system optimisation, including demand-side flexibility, smart pricing, and digital coordination of loads and storage, reducing peak demand and deferring infrastructure investment.

CONCLUSION

The World Energy Issues Monitor 2026 places Iceland at a pivotal point in its energy and climate transition. The country has successfully addressed first-generation challenges related to renewable deployment and decarbonisation of electricity and heat. The remaining challenges are second-generation in nature, centred on infrastructure delivery, regulatory certainty, system integration, and alignment between climate ambition, environmental protection, and economic development.

Across these dimensions, infrastructure planning and delivery capacity emerges as the binding constraint shaping Iceland’s ability to sustain momentum and fully realise the economic, social, and climate benefits of its renewable advantage. Recent institutional consolidation and the government’s strategic policy agenda provide a credible foundation for addressing this constraint. The decisive factor will be implementation: whether reforms translate into faster, more predictable outcomes on the ground, while maintaining public trust and environmental integrity.

In 2026, the central policy challenge for Iceland is no longer defining ambition, but ensuring that institutions can deliver infrastructure, climate action, and nature protection in a coherent manner at the pace and scale required by a mature, integrated energy system.

Acknowledgements

Iceland Member Committee, Baldur Pétursson, Sverrir A. Jónsson and team, Icelandic Environment and Energy Agency, Freyja Björk Dagbjartsdóttir and team, Landsvirkjun and Samorka, Federation of Energy and Utility Companies.