UK Infrastructure Intelligence

Understanding the UK
Energy Grid.

Independent research on grid connections, project survival, and market congestion. Data-driven, no opinions for sale.

2,217 Projects tracked
79% Never reach connection
743 GW In queue, UK grid
147 GW Expected to deliver
// Latest signal — 2026-06-03
Grid queue ratio > 10x in 23 GSPs — capacity physically cannot clear in declared timeline.
H002 CONFIRMED : sponsors with 3+ connected projects show 92.7% survival rate vs inexperienced developers.
18 CRITICAL anomalies detected in withdrawal patterns — Q1 2026.
Research Notes

Field Research

NOTE #001  ·  ENERGY STORAGE  ·  UK

Why 79% of UK Energy Storage Projects Never Reach Connection

The UK grid queue contains over 740 GW of applications. Less than 20% will ever connect. This note maps the exact failure modes — from GSP congestion to sponsor quality — and why most capital targets the wrong signals.

Coming soon
NOTE #002  ·  GRID ANALYSIS  ·  UK

The UK Grid Queue Is Much Smaller Than Investors Think

Of 743 GW in queue, our models estimate only 147 GW will actually deliver. The rest is zombie capacity — projects that will never connect but aren't withdrawn yet. Here is why this matters for capital allocation.

Coming soon
NOTE #003  ·  SPONSOR ANALYSIS  ·  UK

Why Sponsor Quality Matters More Than Technology

A battery project with a first-time developer has dramatically lower completion odds than a solar project with a sponsor who has connected 500 MW before. Our survival data across 1,367 sponsors confirms this — with statistical significance.

Coming soon
Latest Discoveries

What the Data Shows

23

GSPs Moving to OPENING

23 Grid Supply Points showing congestion relief signals within 24 months. Projects in these zones carry a timing premium most developers haven't priced yet.

93%

Experienced Sponsor Survival

Sponsors with 3+ previously connected projects show 92.7% project survival rate, versus 45% for first-time developers. Confirmed on 82 observable outcomes.

53

Zombie Clusters Identified

53 project clusters showing structural zombie patterns — capacity in queue with near-zero probability of delivery. Concentrated in Wind Offshore and large CCGT.

12.4%

Quarterly Withdrawal Rate

Empirical quarterly withdrawal probability across all active projects, measured across 6 snapshots and 20 months of transition data.

About

Independent Infrastructure Research

Manathric builds data systems that track UK infrastructure at a level of granularity that public reporting doesn't reach. We cross-reference the NESO TEC Register, REPD planning data, Companies House ownership records, and transmission upgrade pipelines to produce a ground-truth picture of what is actually buildable.

No access fees. No data sales. No advertising. Research notes are published when findings are solid enough to be useful. The goal is to reduce uncertainty for people making real infrastructure decisions.

If you work in battery development, grid consultancy, infrastructure finance, or energy data — and you are trying to answer questions like "which sites are actually buildable?" or "which sponsors deliver?" — we are probably researching the same things you need.

To discuss research or share observations from the field:

contact@manathric.com