The Foresight Event 2026

Event Highlights and Key Insights

The conference brought together industry leaders, policymakers, technology developers, investors, and infrastructure providers to examine how the UK can move from Net Zero ambition to practical delivery across energy, industry, and digital infrastructure.

Across the two days, a consistent theme emerged: the challenge is no longer defining pathways to decarbonisation, but executing them at scale. While the UK has strong policy ambitions, technological capability, and private capital available, progress is increasingly constrained by grid infrastructure, supply chain capacity, planning processes, workforce availability, and long-term policy certainty.

From Strategy to Delivery

Speakers emphasised that the energy transition has entered a new phase where practical delivery matters more than policy ambition. Achieving Net Zero will require faster project development, coordinated infrastructure planning, and stronger collaboration across government, regulators, system operators, industry, and finance.

Grid reform and expansion were repeatedly highlighted as one of the most critical enablers of progress. As electrification accelerates and new sources of demand emerge, the UK must significantly increase the pace of network development while enabling flexibility, regional planning, and private energy solutions.

Industrial Decarbonisation and Regional Clusters

Industrial decarbonisation remains central to the UK’s economic and environmental strategy. Despite economic pressures, industry leaders stressed that failure to decarbonise would risk the long-term competitiveness of UK manufacturing and increase carbon leakage.

Speakers highlighted the importance of deploying multiple technologies in parallel, including electrification, hydrogen, carbon capture, energy efficiency, and fuel switching. Regional industrial clusters such as HyNet were presented as a practical model for delivering large-scale decarbonisation by sharing infrastructure and reducing investment risk.

The Role of Nuclear in a High-Demand Energy System

New nuclear technologies, including small and advanced modular reactors, were discussed as critical components of a reliable, low-carbon energy system. With electricity demand expected to grow significantly due to electrification, data centres, and AI infrastructure, nuclear offers firm, always-available power that complements variable renewable energy.

However, speakers emphasised that the future success of nuclear will depend less on technology selection and more on delivery models, including standardisation, supply chain integration, workforce development, and early community engagement.

Data Centres, AI and the Future Energy System

The rapid expansion of data centres and artificial intelligence infrastructure is emerging as a major driver of electricity demand and energy system transformation. While this growth presents challenges around power availability, water use, and infrastructure planning, it also creates opportunities.

Data centres are increasingly being viewed as potential energy system partners, capable of supporting flexibility, anchoring new generation investment, and contributing to regional economic development.

Looking Ahead

The conference reinforced that the UK energy transition is now fundamentally a delivery challenge. Progress will depend on long-term policy stability, accelerated infrastructure investment, stronger supply chains, and the ability to coordinate energy, industrial, and digital infrastructure strategies.

The organisations represented throughout the event demonstrated that the expertise, capital, and technology already exist. The next phase will depend on turning that capability into projects, infrastructure, and real-world outcomes at scale.

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