A deployable multi-utility platform

Infrastructure,
grown locally.

One connected operating asset for renewable electricity, water and thermal services, communications intelligence and electric mobility.

Explore the platform ↓See how the network grows ↗

Four-node POD2.1565 MW

Net nameplate design basis

Site efficiency≈ 1 acre

Indicative 2.2 MW footprint

Integrated system04 pillars

Configured for each location

Discover

01 — The proposition

The visible node. The invisible economy.

Essential infrastructure should be closer to the people, places and demand it serves.

Utili-TREES® turns underused land into a productive, connected utility node. The Renewable Network® turns each successful node into a repeatable portfolio of resilient infrastructure assets.

From land to operating asset ↗

Reference system / 4-node PODInfrastructure density,
made measurable.

≥97.5%Target capacity factor

Hydro-led operating basis

18.43GWhIndicative annual output

At the target operating basis

≈1acreIndicative land requirement

For the 2.2 MW reference POD

Design-basis targets—not guaranteed performance. Every deployment is subject to site engineering, validation, consents and contract.

02 — One platform. Four pillars.

Configure what
the site needs.

Begin with one requirement. Add capability over time. Every pillar is orchestrated as part of the same instrumented physical asset.

Utili-TREES urban deployment showing renewable generation and integrated underground utility routes

01 / Electricity

A hydro-led renewable energy system, built as local infrastructure.

Closed-loop hydro is configured with photovoltaic generation, bladeless wind, storage and intelligent controls to support resilient, grid-parallel or islanded operation.

Hydro-led generation
Solar + VIV wind
BESS + microgrid controls

03 — The node

Engineered as a place.
Operated as a system.

The canopy and trunk make infrastructure visible. The supplied cutaway illustrates how power, water, data and controls can converge below the surface—measured through the ROOT.ai operating layer.

15 m overall node heightØ 12 m indicative canopy24/7 instrumented operation

01 / Renewable canopy

02 / Utility core

03 / Connected ground plane

04 — Form and integration

A recognisable asset. A configurable utility core.

Designed for the public realm.
Resolved below ground.

The architectural form creates a visible renewable landmark while the infrastructure below it is configured around site demand, utilities, access, safety and operations.

Utili-TREES reference node with photovoltaic canopy and integrated vertical infrastructure — Reference nodeRenewable canopy + integrated utility core

Concept street section showing two Utili-TREES nodes and indicative energy, water, communications and mobility services — Illustrative street sectionEnergy · Water · Communications · Mobility

Illustrative source imagery. Final node form, service routing and public-realm integration are project-specific and subject to engineering design and approvals.

05 — The Renewable Network®

Built site by site.
Connected as a network.

A generic, agnostic and infrastructure-led model that can be repeated across owners, operators, sectors and geographies—without losing the specific utility logic of each place.

Network logicOne node becomes a portfolio.

Critical site 01

Mixed-use district 02

Mobility hub 03

06 — First Principles / 01–16

A common language for renewable, distributed and intelligent infrastructure.

From renewable asset
to intelligent utility network.

Utili-TREES® converts renewable generation from a single-technology asset into an integrated utility platform. At portfolio scale, repeated deployments become The Renewable Network®: coordinated, distributed infrastructure designed to create measurable added value.

01 / 16

Renewable

Nature becomes dependable infrastructure.

Locally available renewable resources are configured as governed utility capacity, designed around the operating needs of a real place.

First Principles describe the intended system architecture and value logic. Final capability, configuration and performance remain project-specific and subject to engineering, validation, consents and contract.

07 — Deployment portfolio

Infrastructure for places
that cannot stand still.

Speed-to-power

A configurable local pathway for constrained sites, new loads and time-critical development programmes.

Discuss the use case ↗

Resilient community utility hub with integrated underground services

Resilient hubs

Local energy, water, communications and operating intelligence for continuity-critical places.

Discuss the use case ↗

Digital and telecommunications infrastructure deployment

Data & telecommunications

Firm local power, cooling support, connectivity and distributed edge or AI infrastructure.

Discuss the use case ↗

Road and electric vehicle charging hub with integrated local utilities

Road & EV charging

Fleet and public charging supported by smart load management, local generation and connected operations.

Discuss the use case ↗

Airport infrastructure deployment with renewable utility nodes

Aviation infrastructure

Grid-supportive, islandable infrastructure for ground operations, future mobility and airport resilience.

Discuss the use case ↗

Rail and mass-transit infrastructure deployment

Rail infrastructure

Resilient power, station and depot services, charging and intelligent operation across rail estates.

Discuss the use case ↗

Smart cities

Productive public realm, essential local services and connected intelligence at district scale.

Discuss the use case ↗

Commercial and industrial estate deployment integrating local utilities

Commercial & industrial

Energy resilience, high-power mobility and useful utility outputs around demanding operations.

Discuss the use case ↗

Social housing

Local utilities that can grow with affordable homes, regeneration and community resilience programmes.

Discuss the use case ↗

Local government

A repeatable route for public estates, services, civic resilience and place-based investment.

Discuss the use case ↗

Postcode-scale urban infrastructure deployment

Postcode infrastructure

Visible local capability connected into a wider network of productive, instrumented places.

Discuss the use case ↗

08 — Deployment model

The product is
the operating asset.

We align the physical platform with the agreements, partners, performance data and governance needed to move from proposition to investable infrastructure.

Locate

Find land where utility demand and strategic value intersect.

Structure

Align site control, agreements, capital and delivery partners.

Configure

Select the right mix of the four utility pillars.

Build

Manufacture, install, connect and commission the node.

Operate

Instrument, optimise and maintain the operating asset.

Replicate

Turn one successful site into The Renewable Network®.

Illustrative institutional stack

01Design & Build02PPA03Ground Lease04O&M05Operator Case

Project-specific. Subject to diligence, contracts, consents and technical validation.

09 — Design basis

A clear starting point for diligence.

Specific enough to test.
Flexible enough to configure.

The four-node reference POD provides a common engineering and commercial baseline. Every project moves through site-specific feasibility, design, validation and approvals.

Open the evidence gateway ↗

Reference configuration4-node POD

Gross nameplate basis2.3600 MW

Net nameplate basis2.1565 MW

Indicative land use≈ 1 acre

Primary hydro basis / node15 m³/s · 9.45 m head

Operating intelligenceROOT.ai EMS / SCADA

Design-basis information only. Outputs are subject to detailed engineering, component selection, parasitic loads, site conditions and independent performance validation.

10 — Sustainable development alignment

Infrastructure measured by the outcomes it enables.

Designed to advance
connected goals.

Utili-TREES® brings multiple infrastructure outcomes into one local platform. Its most direct alignment is with clean water, affordable and clean energy, resilient infrastructure, sustainable places, responsible production and climate action.

Primary / direct06 · 07 · 09 · 11 · 12 · 13

Infrastructure-enabled03 · 08 · 10 · 15 · 17

United Nations Sustainable Development Goals reference grid — SDG references describe intended project alignment. They do not imply UN endorsement, certification or independent verification.

11 — Our mission and values

Make essential infrastructure local, resilient and investable—site by site.

01Grounded ambition

Think at network scale. Begin with a real place and a measurable need.

02Engineered credibility

Turn bold ideas into testable, governed and investable propositions.

03Partnership by design

Build value with landowners, operators, communities and capital.

04Measurable stewardship

Operate for resilience, resource efficiency and enduring local benefit.

12 — Start with your outcome

One platform.
Different reasons to act.

Utili-TREES® is configured around the commercial, operational and place-based outcome—not around a fixed technology sale.

01 / Site owners

Have a site, a demand profile or a deployment programme?

Build the next node
in The Renewable Network^®.

Bring us the location, the utility challenge and the intended outcome. We will shape the first project conversation around fit, evidence, partners and the route to delivery.

enquiries@utili-trees.com Begin a project dialogue ↗

Infrastructure,
grown locally.

Essential infrastructure should be closer to the people, places and demand it serves.

Configure what
the site needs.

A hydro-led renewable energy system, built as local infrastructure.

Engineered as a place.
Operated as a system.

Designed for the public realm.
Resolved below ground.

Built site by site.
Connected as a network.