The Energy Trap
British electricity is among the most expensive in the developed world, and the forces holding it there are structural, not temporary. This paper explains why the cost of waiting only grows.
The core argument
Most organisations treat the 2022 energy crisis as a spike that will pass. The evidence assembled in this paper points the other way: gas still sets the price of British electricity most of the time, the grid needs major investment that will be recovered through bills, balancing costs are rising, and demand is climbing.
The consequence is simple but expensive. The price of a wasted unit of energy is not fixed; it escalates. Over the life of lighting, heating, and equipment, avoidable waste compounds into a much larger cost than most estates teams and finance leaders initially model.
Deferring an efficiency upgrade is therefore not a passive wait-and-see choice. It is an active choice to keep paying a rising tariff on waste that could already have been removed.
What this paper covers
The long-run trend in UK electricity prices, and why the crisis reset the baseline rather than reversing it.
The four structural forces keeping prices high and volatile, from gas-set pricing to grid constraints and rising demand.
The mathematics of compounding, and what wasted energy really costs over a twenty-year horizon.
Where the largest and cheapest savings hide, and how quickly efficiency measures pay for themselves.
Why efficiency is the fastest way to relieve the grid, not just the bill, and why the public sector is placed to lead.
Approximately a 15-minute read, built from UK government, Ofgem, NESO, the Climate Change Committee, and other primary sources.
The evidence at a glance
The paper ties long-run market structure to the everyday cost of wasted energy in buildings.
of the time gas still sets British electricity prices
expected growth in electricity demand within the next decade
potential UK grid investment expected by 2031
typical payback for intelligent socket control
Inside the paper
The page below captures the flow of the report, from the historical record to the case for action.
The argument in one page
British electricity is among the most expensive in the developed world, and the forces behind that are structural rather than temporary. The paper argues that wasted energy gets more expensive every year, so delay is not a neutral decision but an escalating cost.
Part 1: Electricity has only ever travelled in one direction
The historical record is the first warning sign. Business electricity prices surged through the energy crisis, but they did not return to their old baseline. The paper frames 2022 as a reset to a higher plateau, not a temporary detour.
Part 2: Why this is structural, not a passing phase
Four structural pressures are laid out: gas still sets the price most of the time, the grid requires major bill-funded rebuilding, balancing costs are climbing, and electricity demand is set to grow sharply. Together they bias future prices upward and keep volatility in the system.
Part 3: The tyranny of compounding
A wasted kilowatt-hour does not stay at today’s tariff. Over the life of a building system, even modest annual price escalation turns a manageable inefficiency into a major financial drain. The paper uses this compounding effect to show why waiting becomes the costliest option.
Part 4: What inefficiency is actually costing you
The paper focuses on the most common sources of recoverable waste: legacy lighting, always-on plug loads, and heating. It points to LED upgrades, smart socket control, and targeted building improvements as practical ways to remove waste that would otherwise keep compounding.
Parts 5-7: Delay, counter-arguments, and the public-sector opportunity
The closing sections tackle the “prices might fall later” counterpoint, argue that efficiency still wins on timing and risk, and position public-sector estates as a place where early action can deliver budget relief, carbon reduction, and system-wide benefit at the same time.
Read more
Download the full PDF to read the complete paper.