Growth Site Energy Water and Infrastructure Capacity Sequencer

- Developers can spend on design before connection cost, date or water constraints are understood. - Different utilities model demand on incompatible timelines and geographies. - Housing, industry and data centres can compete for the same constrained capacity. - Public enabling works are approved without a shared dependency and critical-path view. - Inward-investment teams cannot answer site-readiness questions consistently.

A combined authority or development partnership is the natural buyer because no single utility owns the whole dependency problem. Utilities contribute controlled data and validate assumptions. Developers need decision-grade site packs rather than a public capacity map that could expose sensitive network or commercial information.

The constraint is real, but access to current utility data and accountable validation will determine product viability. The first commercial offer should be a data-assisted site portfolio study with controlled refreshes, not a claim of real-time universal capacity.

Select six contrasting growth sites and obtain current electricity, water, wastewater and transport evidence. Interview LCRCA, two councils, Electricity North West, United Utilities and two developers. Produce one sequenced intervention plan and test whether it changes a funding, phasing, land or occupier decision. Stop if data cannot be lawfully refreshed or validated.

The defensible layer is the cross-utility site dependency graph, connection-stage evidence, developer requirements, intervention costs and decision history across a regional investment pipeline. Repeated utility validation and actual delivery outcomes can improve future lead-time estimates.

Earlier identification of impossible or expensive sites, better phasing of public enabling works, clearer utility engagement, faster investor responses and fewer development programmes delayed by late infrastructure discovery.

Proxy based — medium confidence.

- Initial six-to-twelve-site portfolio discovery and sequenced evidence pack: £50,000-£150,000 depending on systems and data access. - Annual controlled refresh and collaboration licence: test £30,000-£75,000. - A published LAEP+ service document states conventional LAEP development can cost up to £250,000; this provides a planning-services ceiling, not proof of the proposed product's price.

Evidence basis: Sigma Sustainability and Energy (£1,995–£100,000 per year) is the closest verified adjacent anchor used here. Its buyer, duration and scope are not assumed to be identical; implementation is separated where the opportunity requires integration, assurance or managed delivery.

Ask one regulated operator, developer, utility, system planner or accountable programme owner to fund a paid test of Growth Site Energy Water and Infrastructure Capacity Sequencer lasting 8–12 weeks, using an opening price of £30,000-£75,000 and covering one live programme and 5–10 assets, submissions, connections or compliance evidence packs. Paid scope: A secure spatial and workflow platform that maps named growth sites against electricity, water, wastewater, heat, transport and digital dependencies, then sequences enabling interventions and produces decision-grade site-readiness packs for funders, developers and inward investors. Charge by regulated organisation, project, asset portfolio or site and compare the fee with engineering, regulatory, data-reconciliation and programme-assurance effort. Measure evidence gaps, review/commissioning time, exception rate, forecast accuracy and avoided rework. Continue only if evidence or decision time improves by at least 20%, no critical compliance gap is missed and the buyer commits to portfolio reuse. Stop or reprice if integration effort outweighs savings, outputs fail engineering review or the buyer will not fund expansion.

Raise above 80 if utilities agree a repeatable data-sharing and validation workflow and a buyer funds a multi-site pilot. Reduce below 55 if every site requires bespoke engineering work or available data cannot influence decisions before formal connection applications.