Energy is one of the preconditions of civilization itself. When it is governed as a commodity to be extracted and sold, rather than a commons to be managed for the public, every part of society suffers the consequences.
"The purpose of energy policy is not simply to keep markets active. It is to keep society functioning."
Markets are powerful tools for allocating resources efficiently. But they work best when the goods being allocated are genuinely optional — when a buyer can choose not to purchase, when suppliers compete on equal terms, and when failure to transact harms only the parties involved.
Energy satisfies none of these conditions.
You cannot choose not to heat your home in winter. You cannot meaningfully shop around when the grid is a natural monopoly. And when energy becomes unaffordable, the harm does not stay with the individual — it cascades through healthcare, through school attendance, through business viability, through the entire fabric of society.
This is not an argument against markets in general. It is an argument that energy — like water, like the road network, like the NHS — belongs to the category of foundational infrastructure that must be publicly governed, not privately extracted.
Energy companies exist primarily to generate returns for shareholders. Pricing is determined by global commodity markets, not by the cost of production or social need. Profits flow to investors. Losses and volatility are socialized through bailouts, subsidies, and bill support schemes. Long-term investment in resilience is structurally underincentivised because the time horizon of capital is short.
A nationalized energy system, transparently governed and efficiently run, exists first to guarantee affordable supply, long-term resilience, and national capability. Surpluses generated by the public system return to the public — not as subsidy, but as rightful returns from a collectively owned productive asset. Long-term investment is possible because the governing horizon is generational, not quarterly.
United Commons supports a nationalized energy policy built around the following principles:
History shows that publicly owned assets can be privatized, captured, or gradually hollowed out. United Commons insists that public energy governance must be constitutionally protected from the same forces of institutional capture that have corrupted democratic systems more broadly.
Constitutional prohibition on sale or partial privatization without direct citizen referendum
Full public transparency of all operational costs, pricing decisions, and investment allocations
Democratic oversight board with verified citizen representation and genuine authority
Strict prohibition on lobbying access to pricing and regulatory decisions
Annual public reporting with independent audit and citizen right of challenge
Surplus distribution formula enshrined constitutionally — cannot be redirected without member vote
The energy sector is one of the most powerful examples of institutional capture in the modern economy. Regulatory bodies staffed by former industry executives. Political parties funded by energy corporations. Policy shaped by the revolving door between government and the private sector.
United Commons treats energy governance as a test case for its anti-capture architecture. If a public energy system can be built that genuinely resists private recapture, the same model can be extended to data, healthcare, and critical digital infrastructure.
Public ownership is not enough on its own. It must be constitutionally resistant to the forces that have historically reversed it.
Philosophy becomes proof when someone builds the first version. The Energy Commons pilot begins in a bounded geography with a manageable asset, a realistic membership size, and a governance structure that can be observed, measured, and honestly reported.
The first experiment: a community-owned solar asset — most likely on a council housing block or large commercial rooftop in Hackney or Islington, where roof access can be secured through a local authority partnership. The pilot launches with a single 500kWp installation and up to 500 founding households. Growth beyond that requires additional assets and additional share offers. A pilot of 500 households on a 500kWp asset generates approximately £86–220 per household per year in bill credits, depending on self-consumption rates. We state these numbers plainly before discussing anything else.
This is not a proof of concept for solar panels. Solar panels are a mature technology. This is a proof of concept for citizen-governed energy infrastructure.
On rooftop access: Hackney and Islington are dense urban boroughs — mostly flats and terraces. Most members will not have panels on their own roof. The pilot model is a community-owned asset on a suitable large roof (council housing block, school, or commercial building) where the co-op secures access through a local authority partnership or lease agreement. Members own shares in the asset, not panels. This is the Ripple Energy and Egni Co-op model. On savings: Phase 1 bill credits of £86–220/yr are real and worth having, but they are not transformative on their own. The honest value proposition is the accumulation across multiple assets over time, and the governance rights that come from Day 1.
This is the question most community energy proposals avoid answering precisely. We will not avoid it. The route from community-owned generation to a household seeing lower bills is specific, legally structured, and dependent on regulatory context.
The pilot registers as a Community Benefit Society that owns solar generation assets on secured rooftop or ground-mount sites. There is no upfront membership cost. Members may optionally purchase community shares (minimum £50, target return 4.5%/yr) which fund asset acquisition.
Value is returned from Year 1 through two routes requiring no supply licence:
As the asset base grows, the Energy Commons explores two further routes:
What requires a licensed supplier: billing, metering, grid balancing, final supply to premises. What the co-op can do before licensing: own generation assets, distribute export revenue, negotiate collective purchasing agreements, and govern all of the above democratically.
A 500kWp solar asset costs approximately £375,000 installed. The funding plan targets: £100,000 from DESNZ Community Energy Fund or Great British Energy grant (competitive, not guaranteed); £175,000 from a Community Share Offer at 4.5% annual return (this is how Egni Co-op, Bristol Energy Co-op, and Energy4All funded their first assets); £100,000 in-kind from a local authority rooftop partnership (Hackney and Islington both have net-zero targets and precedents for this).
The pilot does not launch until the funding threshold is met. If the grant is not awarded, the share offer target rises accordingly — the model remains viable without grant income, but takes longer. Grid connection, DNO approval, planning permission, and supplier PPA negotiation all add lead time. The realistic timeline from founding cohort formation to first bill credits: 12–18 months. We will report every step of this publicly, in the transparent treasury, in real time.
The United Commons governance model distinguishes three types of decision by weight, reversibility, and frequency. Asking members to vote monthly on everything burns out participation. Asking them to vote annually concentrates too much power in between.
Supermajority threshold (66% of participating members, minimum 30% of total membership) and mandatory 28-day deliberation before any ballot.
Simple majority, 25% participation quorum, 14-day deliberation. Results are binding on the treasury and executive functions.
Members are not asked to vote on operational matters. What members receive monthly instead:
The executive committee is elected annually, subject to recall by member petition, and constitutionally prohibited from making capital or constitutional decisions without member mandate.
Philosophy becomes proof when someone builds the first version. The Energy Commons pilot is a citizen-owned renewable energy cooperative. It is not a position paper. It has a place, assets, an ownership structure, a decision mechanism, and a definition of success. Here it is in full.
Phase 1 operates in Hackney and Islington — dense urban boroughs where the right asset is a large rooftop secured through a local authority partnership, not dispersed domestic installations. The founding cohort is capped at 500 households on a single 500kWp asset. Growth to additional households requires additional assets, additional share offers, and additional rooftop or ground-mount sites. The 500-household cap is not a limitation — it is what makes "founding member" mean something.
Phase 1 deploys a community solar asset (£750/kWp installed, 10% London load factor) — lowest capex, fastest build, fundable from community shares and grant. Phase 2 adds a shared wind investment: Hackney and Islington have no suitable land for turbines, so this means a co-investment stake in a rural community wind project — real precedents include Westmill Wind Farm Co-op and Boyndie Wind Farm. Planning to generation for new wind is 3–5 years minimum. Phase 3, from Year 7+, explores a community ground-source heat pump district heating scheme for a housing block — a different technology to deep geothermal (which costs £20–50m per well), but achievable at co-op scale. United Downs in Cornwall proved deep geothermal works in the UK; what translates to urban boroughs is the governance model, not the geology.
The cooperative is registered as a Community Benefit Society under the Co-operative and Community Benefit Societies Act 2014. Membership is free. Members may optionally invest via community shares (minimum £50, target 4.5% annual return) which fund asset acquisition. All assets are collectively owned. No individual or institution may hold a controlling stake. Bill credits flow to all members proportionally from Year 1. Community share investors additionally receive their 4.5% return. Surplus beyond that is distributed as a member dividend by member vote — constitutionally protected against redirection without approval.
The co-op's generation asset exports to the grid via a Smart Export Guarantee tariff, or under a Power Purchase Agreement sleeved through a licensed supplier (the Ripple Energy model). Members receive a proportional bill credit — applied against their existing supplier bill, with no need to switch supplier in Phase 1. Phase 1 bill credits: approximately £86–220/yr per household on a 500kWp asset shared by 500 members. A defined 5% of annual surplus is ringfenced for a local community energy fund — supporting fuel-poor households in the same geography who cannot afford share investment.
Every major decision — which assets to fund next, surplus distribution between dividend and reinvestment, supplier contracts, pricing strategy — is put to a structured member vote using the United Commons governance platform. Proposals require a minimum 30% member participation threshold to pass. Investment decisions above £500k require a 60% supermajority. All financial accounts are published monthly in full, publicly accessible to members and non-members alike.
At 12 months, a successful pilot has: generated electricity from a live co-op-owned asset; delivered measurable bill credits to all members (target: £86–150/yr per household on Phase 1 asset); demonstrated a positive annual surplus after all costs; published full public accounts every month; held at least four member governance votes with ≥30% participation; and produced a replication blueprint for a second asset. We do not claim 60% self-sufficiency at 12 months — that would require wind and storage, which are Phase 2. What we claim at 12 months is: asset live, bills lower, governance real, accounts public.
Adjust the cooperative scale and generation assets below. All three pillars are modelled simultaneously. Numbers update live. Assumptions use DESNZ 2025 figures.
Configure the cooperative above to see live results.
The pilot launches when a sufficient founding member waitlist exists. Register your interest now — you will be among the first to vote on asset selection, location, and governance rules.