iNEW

Power solutions

Energy infrastructure for the Ai stack.

Plan the power. Coordinate the delivery. Connect the operations.

iNEW aligns energy resources and power development with the requirements of UNIFI’s Ai infrastructure ecosystem. Each engagement starts with demand, site constraints, supply options and an agreed delivery scope.

Beyond the Meter · Integrated Ai power stack

The power stack around your Ai facility.

One development framework connecting energy supply, resilient power infrastructure and intelligent operations.

Beyond the Meter coordinates the power requirements of an Ai factory, data center or edge site with the infrastructure needed to serve it. We define the interfaces, specialist partners and delivery responsibilities around the complete facility requirement.

Illustrative concept of an integrated power campus serving Ai infrastructure
Supply & generationResources, grid interface and backup
Storage & electrical systemsResilience, distribution and facility interfaces
Controls & operationsMonitoring, automation and security
Ai infrastructureConnected to UNIFI’s facilities and compute ecosystem
Project assessment

Power strategy & site readiness

Start with the energy requirements behind the Ai workload.

  • Demand and load profile
  • Power availability and site constraints
  • Phased capacity and resilience planning
Scope & delivery

Define the required capacity, operating profile, power quality, delivery timetable and site dependencies. Feasibility and specialist engineering determine the project scope. No installed or contracted capacity is implied.

Gas and energy infrastructure. Representative industry image.Project-specific sourcing

Gas, fuels & energy supply

Evaluate supply options for the generation and backup systems a project requires.

  • Gas and liquid fuel requirements
  • Supply logistics and storage planning
  • Counterparty and market assessment
Scope & delivery

Supply is assessed against the market, equipment requirements, logistics, commercial terms and applicable permissions. Fuel supply and fuel processing are distinct from electricity generation.

Project development

Distributed power & integration

Coordinate the energy infrastructure around connected facilities.

  • Generation and grid interfaces
  • Site integration and commissioning scope
  • Specialist engineering and operating partners
Scope & delivery

Generation technology, equipment, grid access, permissions, ownership and delivery responsibilities are defined with specialist partners for each engagement. This describes a development scope, not an owned power fleet.

Illustrative concept of solar, storage and connected data center infrastructure.Development focus

Renewables & storage

Consider renewable generation and storage within the complete energy plan.

  • Site and resource assessment
  • Storage and backup requirements
  • Commercial and technical feasibility
Scope & delivery

Solar, wind, storage and hybrid options are considered where suitable. Firm supply, renewable content, emissions performance and storage duration require project-specific evidence and engineering.

Illustrative concept of intelligent energy operations and field monitoring.Integration scope

Smart Field & industrial Ai

Connect operational data with better visibility across energy assets.

  • Sensors, IoT and remote monitoring
  • Automation and predictive analytics
  • Connectivity, edge and cybersecurity
Scope & delivery

Smart Field engagements can combine monitoring, automation, analytics and secure connectivity through specialist technologies. Data access, integration, validation and operating responsibilities are agreed in the proposal. Performance objectives and acceptance measures are established in the project scope.

Partner-led deployment

Energy logistics & modular systems

Bring procurement, fuel infrastructure and deployment planning together.

  • Equipment and supply chain coordination
  • Storage and site readiness
  • Modular fuel processing options
Scope & delivery

Modular fuel processing, including mobile refinery concepts, is assessed through specialist providers. Feedstock, product specification, site works, permits, equipment availability and operations must be established before commitment. A refinery produces fuels; it is not an Ai power plant.

How we work

Define the requirement before committing the solution.

AssessDemand, site, supply and feasibility
StructureTechnology, partners and responsibilities
DeliverProcurement, site works and integration
OperateMonitoring and lifecycle requirements

Two connected priorities

Power for Ai. Ai for energy.

Match energy infrastructure to digital demand.

Coordinate power requirements, supply options, site readiness, generation and resilience with the facilities and network architecture of an Ai corridor.

Energy & fuel infrastructure

Start with the physical foundations.

Supply logistics, storage and operating conditions matter when developing an energy plan. Fuel processing options are assessed separately from the systems that generate and distribute electricity.

Your first project outputs

A power requirement. A practical development plan.

01 · Assess

Power requirements brief

Capture the site, workload, load profile, phasing, resilience needs and target timetable.

02 · Compare

Supply & integration options

Compare grid, generation, fuel, renewable and storage options against site constraints and specialist engineering inputs.

03 · Plan

Delivery roadmap

Define the proposed work packages, specialist partners, permissions, responsibilities and next decision gates.

Group infrastructure experience

Power planning connected to delivery experience.

iNEW’s energy work sits alongside UNIFI’s carrier and subsea infrastructure activities. The group’s documented record includes the 2016 WIS acquisition and the announced 2022 IG 1 upgrade.

Explore the group’s project experience ↗ · Read the IG 1 public update ↗

How the experience is attributed

These are UNIFI and WIS telecommunications milestones. They provide group context, rather than evidence of an iNEW owned power plant or completed energy deployment. Beyond the Meter is an energy and power development framework, with delivery defined for each engagement.

Start with the energy requirement

Build the power plan behind your Ai project.

Share your market, site, load requirements and target timetable.

Discuss your project