Industry 11 / 11 · Utility

Grid-scale storage, built to order.

Containerised utility battery storage, built to your specification, delivering fast frequency response and peak capacity for network operators and independent power producers.

  • 50 MWh+modular multi-container arrays
  • Grid-forminginverter capability
  • IEC 61850utility protocol support

Overview

Networks need capacity they can call on in milliseconds.

Demand peaks are sharper, connections are harder to secure and new network capacity takes years to build. Operators need fast, flexible capacity that can be installed quickly.

EMS iContainer is utility-scale storage built to the size you specify. LFP batteries arrive with power conversion, monitoring, communications and fire protection integrated, so installation and commissioning stay simple and more blocks can be added as needs grow.

Today’s challenge With EMS
  1. 01Falling system inertia as thermal plant retires

    Grid-forming inverters provide synthetic inertia

  2. 02Peak demand outgrowing local network capacity

    Storage discharges at peak to relieve constrained feeders

  3. 03Slow, costly network reinforcement

    Storage defers upgrades by managing local peaks

  4. 04Complex integration with SCADA

    DNP3, Modbus and IEC 61850 protocol support

EMS Energy Intelligence

Storage that thinks ahead.

Smart energy management that learns how your utility site uses power and plans every kilowatt ahead of the peak.

  • Load forecasting
  • Smart dispatch
  • Predictive health
  • Fleet-wide visibility
EMS Intelligence · Utility Illustrative example
Forecast peak shaved23%
Supply limit75% of peak
Horizon24 h
Site demand Covered by battery Grid / generator limit
  • Low-price window 01:00–05:00. Charging 18 MWh from the grid.
  • Evening peak 17:30–19:30. Discharge scheduled at highest price window.

Applications

Where EMS works in utility.

Utility-scale containerised battery storage, built to order with power conversion, monitoring and fire protection integrated, providing fast frequency response and peak capacity support for transmission and distribution grids.

  • 01

    Frequency & balancing services

    Fast response to stabilise network frequency.

  • 02

    Large-scale backup

    Containerised storage that keeps critical sites supplied through outages.

  • 03

    Network deferral

    Manage constrained substations and feeders.

  • 04

    Capacity & arbitrage

    Earn from peak capacity and price spreads.

Recommended systems

Built for utility.

The EMS systems our engineers most often specify for this sector. Typical configuration: Utility BESS · Multi-Container Arrays.

Size your system

A first estimate, in seconds.

Move the sliders to match your site. We’ll suggest a starting storage size and system, using typical figures for utility. An engineer then refines it with your real load data.

  • Free, no-obligation load assessment
  • Sizing modelled on your real demand profile
  • Proposal with options and expected savings
EMS sizing assistant Utility
Daily energy–
Suggested storage–
Suggested system–
Energy managed / yr–
Peak covered–

Indicative only. Assumes up to 10 hours of battery autonomy with a 20% reserve.

Get an engineer-checked proposal

Deployment

From first call to first power.

A clear, managed path with one UK team accountable from assessment to long-term support.

  1. 1 Week 1

    Site & load assessment

    We review your site, load profile and energy sources, remotely or on site.

  2. 2 Week 2–3

    System design & sizing

    Engineers model the load, size storage and choose the right EMS systems.

  3. 3 From 4 weeks

    Delivery & commissioning

    Units arrive pre-integrated, connected and commissioned by our team.

  4. 4 Ongoing

    Monitor & optimise

    Live monitoring, smart dispatch and 24/7 UK engineering support.

FAQ

Questions from utility teams.

Can’t see your question? Our engineers answer within one working day.

What services can the system provide?

Frequency response, balancing, capacity, synthetic inertia, voltage support and energy arbitrage, with control strategies stacked to maximise value.

How large can a project be?

iContainer blocks are modular and combine into arrays of 50 MWh and beyond, configured to your connection and service requirements.

Which control protocols are supported?

DNP3, Modbus and IEC 61850 for integration with utility SCADA and energy management systems.

Can it be built to our size?

Yes. iContainer is built to order, so capacity and configuration are specified to your connection and service requirements.

Start with the challenge

Tell us what the site
needs to do.

Share the location, the load and what is getting in the way. Our team will help you work out which system, and how many, the job needs.

Speak to an EMS specialist Email a quote request