How a Promise of “Free Energy” Hides a National Infrastructure Crisis                               ...

How a Promise of “Free Energy” Hides a National Infrastructure Crisis                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                

How a Promise of “Free Energy” Hides a National Infrastructure Crisis PWCL 2026 (500 x 500 px).png

Mainstream media over the last few weeks has been awash with negative headlines around renewable and clean energy projects, the National Grid, and clawing back energy expenses for UK households by “scrapping” green charges; it seems the current discourse adopted by the UK media, generally centres around the idea that “renewables are bad and fossil fuels are good”.

So, imagine our pleasant surprise when The Guardian released an article just a few days ago urging UK households to take advantage of the surplus energy currently circulating the National Grid thanks to renewable and clean energy projects; where some energy providers are offering “free energy” to households who ‘run their dishwashers’ or ‘plug in their electric cars’ during specific times.

The article is an interesting read and certainly starts on a positive note, stating up front:

“The plan will be delivered with the help of energy suppliers, which may choose to offer heavily discounted or free electricity to their customers during specific periods when the energy system operator predicts there will be a surplus of electricity.”

And goes on to say:

“Great Britain set a double solar-power record earlier this month when the sunny spring weather powered the grid to new solar energy records on two consecutive days.”

Certainly a much needed “win” for renewable and clean energy during a period of time when green energy is being questioned and often demonised as energy prices continue to soar, and the cost of upgrading and maintaining the National Grid reaches dizzying heights.

However, what The Guardian article does confirm but, in fact, glosses over, is the wider issue at hand: the UK has a serious distribution issue, not a generation issue.

A Serious Distribution Issue

In fact, the issues arising from the aging National Grid cost the UK almost £1.5 billion last year as 10 TWh of clean power were curtailed - enough to power every home in London for a year.

And, by early 2026, the cost of these "turn-off" payments - the £1.5 billion figure - is a cost that will be eventually added back to consumer bills.

So, while the government shuffles 'green levies' to lower bills by £150, the National Grid is paying £1.5 billion in 'waste fees' (curtailment) because we can't manage the very energy we’ve already built, meaning we are literally paying people to not produce clean energy, while households struggle with the highest tax burden in decades.

So, why can’t we simply “save” the surplus energy for use at another time - when the sun isn’t shining or the wind isn’t blowing? Because we don’t have the infrastructure. Not yet, anyway.

Surplus Energy Storage is Coming, But Not Yet

The 'logical' answer to surplus energy is, of course, battery storage, but here is the catch: you can’t build a grid-scale battery overnight. Current projects breaking ground in 2026 are looking at 2028 or 2029 before they can discharge a single watt.

We are caught in a 'Storage Gap' where our ability to generate clean energy has far outpaced our ability to store it.

In the meantime, the National Grid remains a 'leaky bucket,' spilling £1.5 billion worth of clean power annually into the ground because the wires are too small and the 'buckets' (batteries) haven't been built yet.

This is why the 'free energy' headlines are so disingenuous: they celebrate a symptom of a broken system - completely overloaded - as if it were a feature of a successful one and, for the average UK household, 'free energy' on a Sunday afternoon is a small consolation prize for a grid that is costing them billions in wasted potential every other day of the week.

But, if the energy situation is so dire, renewable and clean energy projects are creating a surplus we currently can’t capture & store for later, and are actually costing/will cost the average tax payer much more than they can currently afford, why is it so important that we “soldier on” with green projects and energy generation strategies?

Most of our clean energy is generated up in Scotland and the North of England, and unfortunately, can't be distributed to where our most dense populations are: London and the South, simply because the grid is so frail.

So, what’s the solution? Localised Anaerobic Digestion and Energy from Waste plants.

The Solution Lies in AD and EfW Plants

Local AD and EfW plants can easily provide a strong baseload to the National Grid, bringing local energy to local homes and businesses in the South of England. Indeed, by building AD plants in the Midlands or the South East, we generate power exactly where it is needed and effectively bypass the northern bottlenecks entirely.

AD and EfW doesn't just "generate" power; it stabilises the grid and, because biogas can be stored on-site and burned when needed, it acts like a natural battery storage facility that is ready now, not in 2029.

What’s more, instead of relying on weather patterns in the North, these plants use local food and organic waste, turning a regional disposal problem into a regional energy solution.

“Free Energy” is Nice, But it’s Not a Solution

The "free energy" promised on a sunny Sunday afternoon is a welcome novelty, but it shouldn't distract us from the multi-billion pound "leak" in our national infrastructure.

We cannot solve a 21st-century energy crisis with a mid-20th-century distribution map and, while we wait for the "Storage Gap" to close and for the grid to finally catch up with our generation capacity, we are effectively paying for the privilege of waste.

Soldiering on with green projects is not just a moral or environmental imperative; it is an economic necessity.

However, the path forward isn't found in simply building more intermittent capacity behind the same old bottlenecks; true energy security - the kind that actually reflects on a household's bank balance - comes from decentralisation.

By investing in localised infrastructure like Anaerobic Digestion and Energy from Waste, we stop trying to force a national "glut" through a regional "straw."

We turn a waste disposal headache into a local power anchor, providing a steady, reliable baseload that doesn't care if the wind is blowing in the Highlands or the sun is shining in the Hebrides.

The 2026 energy landscape is a paradox of surplus and struggle, but if we stop focusing on the "glossy" headlines and start focusing on the local reality, we can stop the leaks in the bucket.

We don't just need a greener grid; we need a smarter, more local one - only then will "free energy" be a sign of a successful system, rather than a desperate attempt to manage a broken one.

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