Energy Monitoring & Intelligence for Critical Infrastructure

Understand where, when and how energy is used across your site and turn that data into practical decisions around cost, capacity, waste, performance and infrastructure planning.

ACTENIQ provides engineering-led energy monitoring solutions across Electric, Water, Air, Gas & Steam. Helping organisations improve sustainability, efficiency and save valuable cost.

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Energy Monitoring Systems built for sites where energy usage and cost need clearer visibility

Utility bills show total consumption after the event. They rarely reveal what happened between readings, where demand peaked, or which systems, processes or behaviours drove the increase.
 
Real-time monitoring and sub-metering show when, where and how energy is used, so teams can identify waste, abnormal demand and baseload creep, and make better decisions on cost, capacity and compliance.

Bill review only

  • Shows total consumption after the event
  • Limited visibility of peaks or patterns
  • Hard to link usage to activity
  • Difficult to verify savings

Real-time energy monitoring

  • Shows when, where and how energy is being used
  • Tracks load profiles, demand and abnormal usage
  • Connects energy use to operations, weather, occupancy or production
  • Provides evidence for improvements and reporting

What clearer energy visibility helps you do

Energy monitoring turns broad consumption totals into practical insight. With the right metering strategy, organisations can see how usage changes by time, system, area, process or significant load, making it easier to reduce waste, control costs and make better-informed decisions.

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Identify peak demand

See when demand spikes occur and understand what may be driving higher usage, cost or capacity pressure.

Spot waste & abnormal usage

Detect unusual consumption, baseload creep, inefficient schedules and energy use that continues when it should not.

Find high-consuming areas

Understand which systems, departments, processes, machines or utilities are driving the greatest energy demand.

Support reporting and investment

Build clearer evidence for ESG, SECR, ISO 50001 and net zero reporting, while supporting better decisions around efficiency and infrastructure investment.

Are you seeing an increase in your energy consumption & costs

ACTENIQ can help organisations build the right metering strategy, from main incoming supply monitoring to sub-metering across systems, departments, processes and significant loads.

This provides a clearer picture of total site demand, peak usage, load profiles and where energy is really being consumed.

We can support energy and utility monitoring across new and existing sites, using the right combination of meters, sensors and logging methods for the infrastructure, utility type and level of detail required.

  • Electricity - by incomer, circuit, panel, machine, zone or significant load
  • Water - incoming feed, waste outflow, process water or usage trends
  • Gas - main input, consumption trends and cost visibility
  • Steam - generation output, pressure and process use
  • Compressed air - runtime, load cycles and leakage trends
  • Other utilities - chilled water, process heat, HVAC energy, fuel and site-specific utilities
Discuss your Energy Monitoring Requirements
Close-up of industrial machinery showing green rollers, a metal frame with bolts, and a yellow strap fastened around one part. The setting appears to be indoors with some light coming from the right.
Close-up of copper busbars inside an electrical panel, labeled L1, L2, L3, and N, with green circuit components and visible bolts securing the connections.
Close-up of an open electrical control panel showing various components, wires, labels, and circuit breakers, including a green Schneider Electric device with a display screen and buttons. Panel is vertically oriented.
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Large electrical transformer with three cylindrical coils, connected by thick black and copper wires, mounted on a black base inside an industrial room with white paneled walls and metallic components visible.
A digital power meter labeled MAIN INCOMING POWER METER displays voltage, current, and power readings for three phases (L1, L2, L3) on a blue screen. The meter brand is Janitza, model UMG 96-PQ-L.
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One System For Every Utility

WAGES

Water, Air, Gas, Electricity and Steam, are essential services – but aside from electricity they are often monitored by little more than a manual meter read.

We monitor what each utility is actually doing:

Electricity

Sub-metering by incomer, circuit, panel, machine, zone or significant load

Water

Flow rates, pipe pressure, temperature and leak detection - incoming feed to waste outflow

Air

Compressor duty cycles, load/unload patterns, dew point and leakage trends

Gas

Volume, valve status, consumption trends and anomaly detection

Steam

Generation output, pressure, condensate return and thermal losses

Other Utilties

Chilled water, process heat, HVAC energy, fuel and site-specific services

From data to sustained energy reduction

ACTENIQ combines metering, dashboards, reporting and engineering insight to help organisations identify opportunities, prioritise and implement improvements and track whether changes are delivering results.

01

Collect & Visualise

Install metering to capture energy, utility, power quality and operational data in a clear dashboard.

02

Identify Opportunities

Use real-time and historical data to highlight the assets, processes or behaviours driving the largest demand

03

Prioritise Improvements

Start with behavioural and operational wins that need little or no investment, then low cost configuration changes. Where modernisation is required, we build a data-driven ROI and payback case.

04

Review & Optimise

Track the impact of improvements, refine actions over time and build a culture of continuous energy reduction.

Frequently Asked Questions

Why do we need to monitor our energy?

Energy monitoring tracks where, when and how energy is used across a site. It can include incoming supply monitoring, sub-metering and utility monitoring across electricity, gas, water, steam, compressed air and other site services.

Sub-metering measures energy use below the main incoming supply, such as by system, area, department, process, machine or significant load. This helps identify where energy is really being used and where improvements can be targeted.

Energy monitoring does not reduce cost on its own. It provides the evidence needed to identify waste, improve control strategies, change operating schedules, prioritise investment and verify whether savings have been achieved.

 

No. While it supports ESG, SECR, ISO 50001 and net zero reporting, energy monitoring is also used to improve operational efficiency, manage demand, validate savings and support infrastructure planning.

Yes. Depending on site requirements, ACTENIQ can support monitoring across electricity, gas, water, steam, compressed air and other site utilities.

No. Monitoring can start with incoming supply or key systems, then scale into sub-metering across departments, processes, machines or utilities as priorities become clearer.

Ready to turn energy data into practical action?

The first step is simple. Give us a call or submit an enquiry form and tell us what you’re trying to understand. Whether that’s rising energy costs, unclear usage patterns, sub-metering requirements or wider utility insight and we will help you identify the right monitoring approach for your site

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