UK Energy Market Report — 30 June 2026

What we’re watching today

• Grid carbon intensity forecast at 255 gCO2/kWh (very high)
• Gas dominates generation mix at 62.5%
• Russia’s fuel crisis and AI power demand driving global energy volatility

Headlines and what they mean

UK launches first ever taskforce to strengthen climate security

The creation of a dedicated climate security taskforce signals a strategic shift in how the UK assesses energy and environmental risk, particularly in relation to supply chain resilience and geopolitical exposure source. For commercial energy buyers, this underscores the growing importance of integrating climate risk into procurement and supplier selection. It also hints at future regulatory actions that may affect energy contracts, especially around emissions reporting and physical resilience.

Accredited official statistics: Energy prices: January to March 2026

The latest energy price data for Q1 2026 reveals continued volatility in both electricity and gas markets, with average prices remaining elevated compared to pre-2023 levels source. While specific figures are not provided in the headline, the release confirms that inflationary pressures persist, particularly in industrial and commercial segments. This reinforces the need for long-term hedging and active portfolio management to avoid exposure to short-term spikes.

Statutory guidance: Capacity Market Rules

The updated Capacity Market Rules introduce tighter eligibility criteria and greater emphasis on demand-side response and flexibility source. This shift favours energy users with dispatchable assets or load-shifting capabilities. For commercial buyers, this means that participation in capacity mechanisms may become more accessible—and more valuable—especially if paired with real-time data and control systems. The rules also signal a move towards a more dynamic, responsive grid, which aligns with the current high gas dependency and carbon intensity.

Research: Industry energy needs: refresh of modelling assumptions

This update to the industry energy modelling framework reflects evolving demand patterns, particularly from high-energy sectors and emerging technologies like AI infrastructure source. The refresh suggests that current energy planning may underestimate future load growth, particularly during peak hours. For business energy buyers, this implies that historical usage patterns may no longer be reliable predictors, necessitating more granular forecasting and adaptive procurement strategies.

Cost Optimisation Model for Industrial Technologies (COMIT)

The COMIT framework provides a tool for assessing the cost-effectiveness of industrial decarbonisation technologies, including electrification and heat pumps source. It is designed to support investment decisions under the UK ETS and industrial decarbonisation strategy. For energy buyers in manufacturing and process industries, this model offers a structured approach to evaluating capital spend against long-term energy and compliance savings—particularly relevant given the current high carbon intensity and rising compliance costs.

Geopolitics and global markets

Russia’s deepening fuel crisis, marked by acknowledged gasoline shortages and increased reliance on its dark fleet, is disrupting regional supply flows and increasing global crude volatility source. Meanwhile, the AI power boom is driving unprecedented demand for electricity, prompting renewed debate over public utility models and grid investment source. This global demand surge, combined with reduced US refining capacity and declining crude inventories, is contributing to upward pressure on oil and gas prices source, which directly impacts UK wholesale energy markets. The Philippines’ rise as the world’s top solar panel buyer also reflects growing global competition for clean tech supply, which may affect procurement timelines and costs for UK businesses investing in renewables source.

The view from the trade desk

With the grid carbon intensity forecast at 255 gCO2/kWh—well into the 'very high' range—and gas accounting for 62.5% of generation, today’s electricity supply is heavily carbon-intensive. This is exacerbated by low wind output (13.8%) and minimal solar contribution (1.3%). For energy buyers with carbon targets, this represents a significant risk to Scope 2 emissions reporting. Active load shifting and real-time procurement via platforms like Yolk can help mitigate exposure. The current mix also increases the value of demand-side response and flexibility, particularly in light of the updated Capacity Market Rules.

What to do this week

• Review your current energy contracts against the latest Capacity Market Rules and assess eligibility for demand-side participation.
• Use the COMIT model to evaluate decarbonisation investments, particularly for high-energy processes.
• Engage with your energy supplier or a third party like TUS to stress-test your procurement strategy against the current high carbon intensity and volatile global backdrop.
• Audit your load profile to identify opportunities for shifting consumption away from peak gas hours.
• Confirm that your carbon reporting systems are aligned with the latest UK ETS data templates and reporting requirements.

Bottom line

Today’s market is defined by high carbon intensity, persistent price volatility, and evolving policy frameworks. The UK’s new climate security taskforce and updated Capacity Market Rules reflect a broader shift toward resilience and flexibility. For commercial energy buyers, this demands proactive management—leveraging tools like the COMIT model, real-time data, and active flex management to reduce cost and carbon risk. With global energy markets under pressure from AI demand, Russia’s fuel crisis, and tight supply chains, now is the time to act decisively.