The Power Charter
Cheap, clean, ours — and no one dies because the power went out
The promise: Energy sovereignty built on standard-design nuclear, home solar and batteries, regional battery banks and tidal — with Utilico bills that show every component honestly. The first three years are the foundation, not the finish.
The plan, plainly
- Year 1: pick one proven reactor design and standardise the whole fleet; choose the first four sites; put live webcams on every build; air-gap the plant from the first pour of concrete. Utilico buys its first supplier and publishes a transparent bill. Medically-vulnerable homes get solar, batteries and priority backup for ventilators, oxygen, dialysis and essential heating.
- Year 2: first concrete on Site 1; first two underground battery banks storing surplus solar; solar rollout widens beyond medical priority, with surplus credited to your account.
- Year 3: all first sites under construction; first tidal arrays commissioned; your bill shows nuclear, solar, battery and gas separately.
The safety rule (the air gap): every reactor is physically cut off from all outside networks — no internet, WiFi, Bluetooth, cellular, or remote control path. The dashboard watches the plant through a one-way data diode; it can never control it.
By Years 8–10: full fleet online, tidal scaling, a national battery network, most homes with solar, Britain a net energy exporter, and household bills materially lower than before.
No more dying because the power went out.
The charter above is the plain-English promise. Below is the original brief in full — reconstructed archive document, with the costed detail.
NRSA Distributed Nuclear Energy Plan
Three-Year Model
Status: Reconstructed archive document
Purpose: Early energy-sovereignty plan combining standardised nuclear build with distributed resilience.
1. Objective
Deliver energy sovereignty by combining:
- standardised nuclear generation;
- distributed solar and home batteries;
- underground regional battery banks;
- tidal generation;
- Utilico transparent pricing;
- air-gapped operational safety.
The three-year model is not full completion. It is the foundation required for the Year Four to Year Ten energy transition.
2. Year One: Design and Groundwork
Nuclear
- Select proven reactor design.
- Standardise fleet to reduce cost and training complexity.
- Choose first four sites.
- Begin public dashboard tracking.
- Require live webcams for public construction visibility.
- Enshrine air gap from first concrete.
Utilico Energy
- Acquire first energy supplier.
- Publish transparent bill format.
- Begin customer migration.
Save Power, Save Lives
Priority Services Register households receive:
- solar panels where physically suitable;
- home battery storage;
- grid feed capability;
- priority backup for ventilators, oxygen concentrators, home dialysis, and medically necessary electric heating.
Principle:
No more dying because the power went out.
3. Year Two: Build and Resilience
Nuclear Construction
- First concrete on Site 1.
- Site 2 early works.
- Supply chain standardisation.
- Domestic workforce pipeline through free colleges and Army Youth Infrastructure Programme.
Battery Banks
- First two underground regional battery banks operational.
- Store surplus solar and off-peak generation.
- Support grid stability.
Distributed Solar
- Expand from medical priority to wider household rollout.
- Feed surplus into Utilico grid.
- Credit household accounts transparently.
4. Year Three: Acceleration
Nuclear
- All initial sites in active construction.
- Site 1 reactor vessel phase.
- Dashboard cost variance reporting.
- Webcam monitoring standardised.
Tidal
- First tidal stream arrays commissioned.
- Swansea Bay / lagoon-style projects enter detailed design.
Utilico Coverage
- Expand customer base through further acquisitions.
- Show nuclear, solar, battery, gas, and operating components separately on bills.
5. Safety Doctrine
Air Gap
Every reactor and critical energy site is operationally disconnected from all external networks.
- no internet;
- no private remote access;
- no WiFi;
- no Bluetooth;
- no cellular;
- no remote command path.
Dashboard receives status through one-way data diode only. The dashboard observes. It does not control.
6. Dashboard Metrics
- construction milestone progress;
- spend vs budget;
- local jobs created;
- generation capacity under construction;
- household solar installs;
- battery capacity;
- medical backup installs;
- customer bill reduction;
- outage resilience.
7. Long-Term Target
By Years 8–10:
- full nuclear fleet online;
- tidal generation scaling;
- national battery network mature;
- majority household solar;
- UK net energy exporter;
- average household energy bills materially lower than pre-NRSA baseline.