: Cold Winter, Rising Prices: Managing Energy Risk in 2026 | Inteb

Cold Winter, Rising Prices: How UK Businesses Can Manage Energy Risk in 2026

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As we head towards 2026, one truth remains for UK businesses: energy is still one of the most unpredictable and influential costs on the balance sheet.

The combination of volatile wholesale markets, limited gas storage, and the UK’s dependence on imported energy means that even a single cold winter can have ripple effects that extend far beyond the heating season. For energy-intensive sectors; manufacturing, logistics, real estate, and data centres; this volatility can translate directly into pressure on operating margins, cash flow, and competitiveness.

But with the right procurement approach, monitoring systems, and risk strategy in place, businesses can protect themselves from winter price shocks; and even turn volatility into opportunity.

High-voltage electricity pylon against a clear blue sky, highlighting grid pressures and the importance of Energy Risk Management 2026 for business resilience.

Understanding grid pressures and market volatility is essential for effective Energy Risk Management 2026.

The 2026 Energy Landscape: Cold Winters, Tight Supply, Rising Prices

While no one can predict the exact weather patterns for 2026, historical data shows that cold winters consistently drive price spikes across both gas and electricity markets.

Electricity demand peaks in winter when renewable generation is lower and gas storage levels are tight. Suppliers increasingly rely on gas-fired generation, which pushes wholesale prices upward.

During the 2022–23 winter, UK day-ahead electricity prices rose by more than 30% in just a few weeks as temperatures dropped and gas demand surged. Even with increased renewable generation, the UK remains heavily exposed to gas imports; particularly LNG; to balance supply.

In 2026, several structural factors could amplify that volatility:

  • Limited gas storage: The UK’s storage capacity remains a fraction of continental Europe’s, leaving the market sensitive to short-term shocks.
  • Dependence on imports: Around 40–50% of UK gas supply is imported, so global LNG competition and geopolitical tension can rapidly affect prices.
  • Carbon costs: A tighter UK Emissions Trading Scheme (ETS) and rising carbon price floor add a second layer of volatility for heavy users.
  • Weather extremes: More frequent cold snaps and wind variability make winter price forecasting harder than ever.
Remote snow-covered energy facility with pipelines and equipment, illustrating extreme weather risks and the importance of Energy Risk Management 2026.

Severe winter conditions continue to shape price volatility — reinforcing why Energy Risk Management 2026 is essential for UK businesses.

Commodity Costs Remain Volatile

Wholesale gas and electricity markets continue to be shaped by geopolitical uncertainty, supply constraints, and extreme weather. These factors make forward pricing unpredictable and expose businesses to sudden cost spikes.

To manage this volatility, organisations should consider hedging strategies, forward purchasing, or hybrid contracts that smooth out market peaks while retaining flexibility to capture savings when conditions allow.

Close-up of a businessperson stacking coins beside a glowing lightbulb, symbolising rising energy costs and the importance of Energy Risk Management 2026.

Rising non-commodity costs demand smarter budgeting — and a stronger Energy Risk Management 2026 strategy.

Non-Commodity Costs Are Rising

Alongside wholesale price risk, non-commodity costs; including the Nuclear Regulated Asset Base (nRAB) levy, Transmission and Distribution (TNUoS/DUoS) charges, and environmental levies; are taking up an increasing share of total energy bills.

These costs are largely unavoidable but can be mitigated through accurate consumption data, capacity reviews, and tariff optimisation. A proactive approach to non-commodity management helps businesses limit exposure, protect margins, and plan budgets with greater confidence.

Put simply, a cold winter could still be very expensive.

Business professional reviewing documents with a digital overlay of industrial energy infrastructure, symbolising strategic planning and Energy Risk Management 2026.

In a shifting global energy landscape, Energy Risk Management 2026 is essential for protecting assets, budgets, and long-term sustainability goals.

Why Energy Strategy Matters More Than Ever

Energy is no longer a background cost; it’s a strategic lever. For many UK businesses, it now represents 5–20% of total operating costs.

For a company spending £1 million annually on energy, a 10% winter price spike equals an extra £100,000 in costs.
For larger industrial users spending £5 million, that same swing means £500,000; a direct hit to the bottom line.

Without a defined procurement strategy and risk framework, those swings can easily erase savings made elsewhere. That’s why leading organisations are shifting towards proactive, year-round procurement; combining smart timing, flexible contracting, and data-driven insight to manage risk in real time.

 

1 – Understand Your Energy Risk Profile

Before any procurement decision, you need clarity on how exposed your business is to market movement.

Ask yourself:

  • How much of your operating cost is energy?
  • How sensitive are your margins to price swings?
  • What’s your appetite for risk; stability or opportunity?
  • Do you have visibility of consumption across all sites?

A clear risk profile helps match your procurement model to your tolerance:

  • Low tolerance: Fixed contracts for budget certainty.
  • Moderate tolerance: Hybrid strategies balancing stability and flexibility.
  • High tolerance: Flexible purchasing for potential savings; with the right governance and expertise.

For energy-intensive users, getting this balance right is the key to resilience.

 

2 – Choose the Right Procurement Strategy

There’s no single “best” model; only the one that fits your business goals, market exposure, and operational flexibility.

Fixed Contracts

Provide budget certainty for a set period.

  • Pros: Simplicity, stability, predictable cash flow.
  • Cons: Include risk premiums; less flexibility to capture future dips.
    Best for: SMEs or businesses where predictability outweighs opportunity.

Flexible Procurement

Buy energy in tranches over time to spread risk and capture market dips.

  • Pros: Opportunity for savings, market responsiveness, alignment with Net Zero.
  • Cons: Requires strong governance and data insight.
    Best for: Larger, energy-mature organisations.

Hybrid Models

Blend fixed and flexible elements for balanced protection and opportunity.

  • Pros: Combines certainty and control; adapts to market conditions.
  • Cons: Needs active monitoring and clear parameters.
    Best for: Multi-site portfolios or businesses evolving their strategy.

 

3- Monitor Market Signals Year-Round

In a cold winter, market awareness is everything. Businesses that treat procurement as a once-a-year task miss opportunities.

Effective procurement relies on continuous intelligence:

  • Tracking wholesale markets, LNG supply data, and generation mix.
  • Using weather forecasts to anticipate demand spikes.
  • Monitoring storage levels and import flows to gauge short-term pricing.
  • Staying alert to regulatory changes like new levies or capacity charges.

Companies with structured monitoring frameworks can fix, flex, or hold positions with confidence as conditions evolve.

 

4 – Reduce and Shift Demand

Even the best procurement strategy can’t eliminate risk entirely, but reducing and reshaping demand can significantly cushion winter price impacts.

Practical steps:

  • Optimise processes and eliminate waste in high-energy operations.
  • Automate heating, lighting, and HVAC with smart controls.
  • Upgrade to efficient lighting and insulation.
  • Shift non-essential operations to off-peak periods.

A 5–10% efficiency gain can deliver the same bottom-line benefit as a 5–10% price reduction; with less exposure.

 

Forecasting and Load Management Are Critical

Accurate forecasting and effective load management are now essential for energy resilience.
By using data to predict demand patterns and shifting non-critical activity to lower-tariff periods, businesses can reduce costs and avoid peak-time surges.
Adding on-site generation and storage; such as solar, CHP, or batteries; further reduces reliance on the grid and buffers against volatility during peak winter demand.

 

5 – Leverage On-Site Generation

On-site generation is no longer just a sustainability measure; it’s a hedge against volatility.

Technologies like solar PV, combined heat and power (CHP), and battery storage can:

  • Cut dependency on the grid.
  • Provide predictable, lower-cost electricity.
  • Support flexible procurement and demand-side strategies.
  • Improve ESG performance and resilience.

Integrating generation with procurement; e.g. fixing imported volumes while flexing surplus; helps smooth costs and strengthen resilience through peak periods.

 

6 – Engage Expert Support

In today’s volatile market, even experienced finance or procurement teams benefit from specialist insight.

Energy consultants and brokers can:

  • Model risk and scenario forecasts.
  • Identify optimal buying windows.
  • Structure hybrid strategies blending certainty and opportunity.
  • Integrate carbon and sustainability goals into procurement.
  • Monitor markets and regulation in real time.

As 2026 approaches, those who combine internal governance with external expertise will be best placed to stay ahead.

Bar chart showing how fixed, flexible and hybrid procurement strategies impact annual energy costs during a cold UK winter, highlighting the importance of Energy Risk Management 2026.

This chart demonstrates why Energy Risk Management 2026 is critical — flexible procurement outperforms fixed and hybrid strategies during a cold UK winter.

The Bottom Line: Turning Risk into Resilience

Energy is no longer a passive cost; it’s a strategic lever for performance, sustainability, and competitiveness.

By understanding risk, selecting the right structure, and integrating flexibility and efficiency, UK businesses can:

  • Protect against unexpected winter price spikes
  • Optimise annual energy spend
  • Strengthen margins and cash flow
  • Advance decarbonisation and Net Zero goals

Even small strategic improvements can yield six-figure savings for large users; directly improving financial resilience.

In short, proactive planning today equals financial stability tomorrow.

Digital assistant graphic with a speech bubble inviting questions about winter energy concerns, emphasising the importance of Energy Risk Management 2026 for businesses.

Have questions about energy costs this winter? Strong Energy Risk Management 2026 planning ensures businesses stay protected through volatility.

How Inteb Helps Businesses Manage Energy Risk

At Inteb, we work with clients across sectors to design robust, data-driven energy procurement strategies that balance timing, cost, and carbon.

We help businesses to:

  • Review and define their energy risk profile.
  • Model procurement scenarios under different market conditions.
  • Integrate sustainability and on-site generation into procurement.
  • Monitor market and weather indicators to inform buying decisions.
  • Build hybrid frameworks for both cost control and agility.

With decades of trading and market expertise, we help clients turn volatility into visibility; enabling them not just to withstand price shocks, but to thrive through them.

Talk to our experts: weareinteb.co.uk/contact