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[ Energy monitoring and efficiency platform ]

Measure your energy, analyse it, turn it into proven savings.

Enverio is an energy management platform that collects minute-level data from the meters, analysers and machine controllers on your site, and turns it into consumption, power quality and efficiency analysis. From homes to heavy industry, from a single plant to several hundred branches, on the same infrastructure.

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The Enerji.Pro platform dashboard: live power draw, power factor gauge, capacity monitor, and day-ahead price versus cost correlation.

The problem

An energy bill shows the total, never the reason.

On most sites the utilities run on a single meter, often unmeasured entirely. The figure that arrives at month end will not tell you what actually cost the money: a leak, a set pressure that is too high, a machine idling, or simply more production.

While that question stays open, efficiency spending rests on guesswork — and guesswork either stops the investment or aims it at the wrong place. We take the answer from measurement.

Platform

One panel, live.

Every card below is a real component of the platform — redrawn, not screenshotted.

Live monitoring

See your consumption minute by minute

Power draw across all your sites on one screen. The system spots losses, out-of-hours waste and hidden faults before the bill does.

  • Minute-level power and consumption analysis
  • Out-of-hours waste and anomaly detection
  • Cost breakdown by site, area and machine
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Consumption and Cost

HourlyDaily
Consumption Cost

schematic

Reactive management

See the reactive penalty before it exists

Inductive and capacitive trends are audited around the clock; failing compensation stages are reported long before the limit is breached.

  • Live ratios showing distance to the penalty limit
  • Faulty or missing capacitor stage detection
  • Cos φ analysis for operating efficiency
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Reactive Status

mid-month · day 14/28
Inductive Reactive Near warning
%13.5
Warn: 15% · Penalty: 20%
Capacitive Reactive Normal
%1.5
Warn: 10% · Penalty: 15%

The ratio reaches 14.8% on the day shift. Schedule a compensation stage check before the penalty limit.

Bill analysis

Validate the bill before paying it

Do not overpay because of tariff mix-ups or wrong network charges. The platform recalculates your bill independently and finds the difference line by line.

  • Automatic recalculation from half-hourly data
  • Wrong tariff, wrong supply class and off-contract line detection
  • Line-by-line dispute records for supplier talks
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Bill Validation

line by line
  • Energy charge half-hourly price × consumption
    £41,698.86 ✓ Matched
  • Network (DUoS) published tariff
    £6,204.31 ✓ Matched
  • Excess capacity not due under agreed capacity
    £2,317.40 +£2,317.40 diff
  • Climate Change Levy correct base
    £3,201.66 ✓ Matched

Overpayment found£2,317.40

Alerting

Hear about the problem before the bill does

No dashboard vigils. Anomalies, demand spikes and reactive drift reach you and your team by email the moment they happen.

  • Windowed thresholds per shift and day type
  • Dead band and hysteresis keep alarms worth reading
  • Event history doubles as maintenance evidence
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Alerts and reporting

last 24 hours
1 Critical
1 Medium
2 Low
  • Inductive ratio approaching warning limit 14:32
  • Weekly generator test passed 11:05
  • TR-2 analyser communication lost 09:47

AI assistant

Ask your data a question, get a sourced answer

Enver reads your own site data. Every answer lists the data it rests on; without a source it does not answer.

  • Plain-language questions, answers from your data
  • Rule-based audit: deterministic recommendation cards
  • No data, no guess — it says "we do not measure this"
Explore

AI assistant

Enver

  1. Why was Saturday consumption high?

  2. Enver

    The compressor line stayed loaded all day with no production logged — 81% above the usual Saturday level.

    • hourly consumption
    • site calendar

Proven efficiency

Do not claim savings. Prove them.

A frozen baseline and cumulative deviation tracking turn savings claims into measurements — a production dip never masquerades as efficiency.

  • Baseline normalised against production (EnB)
  • Cumulative savings tracked with CUSUM
  • Audit-ready records for ISO 50001
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Efficiency, not dashboards

CUSUMMonthly
Cumulative saving · 614 days

What we measure, from where, at what resolution

Every module runs on the same measurement layer. This is the raw data from the floor; everything else is built on top of it.

Measurement plate

Field reading
1 min
Analysers, transmitters, machine controllers · Modbus RTU/TCP
Site gateway
cellular
Panel-mounted · carries data over MQTT
Meter data
hourly kWh
Distribution operator · index and demand
Market data
per MWh
Day-ahead price and renewable levy
Outdoor air
°C · %RH
Hourly meteorology · by site location
Retention
90 days raw
Hourly and daily summaries kept indefinitely

Data stays on our own infrastructure. There is no dependency on equipment vendors’ cloud services, and if you remove the installation your history stays with you.

Solutions

Same data, different questions.

Sectors

From homes to heavy industry.

The measurement layer is the same; what changes is the question you are asking. In every sector a different line turns out to be the largest on the bill.

  • Residential

    Shared areas in estates and apartment blocks, apportioned by supply.

  • Retail

    Stores, supermarkets and bank branches. Hundreds of sites on one platform, with benchmarking and outlier detection.

  • Commercial buildings

    Shopping centres, hotels, hospitals, offices. Cooling and tenant apportionment lead.

  • Public sector

    Municipal and institutional buildings, with ISO 50001 and reporting obligations.

  • Logistics

    Warehousing and cold chain; refrigeration continuity and generator readiness.

  • Industry

    Compressed air, steam, process cooling. Consumption normalised against production volume.

Method

Measuring on its own is not enough.

Plenty of systems collect data from the floor. The difference lies in whether that data ever becomes a judgement. Without all four steps, monitoring is an expensive chart on a screen.

  1. 01

    Measure

    Power analysers, transmitters and machine controllers are read every minute. A site gateway carries the data to the platform — no extra PC or local server required.

  2. 02

    Derive

    A raw reading means little on its own. Specific energy, COP, leak rate and the expected invoice are all calculated at this layer.

  3. 03

    Compare

    Each derived value is held against a reference: the machine’s datasheet curve, the site’s own history, or the line items on the invoice that arrived. A number without a reference decides nothing.

  4. 04

    Alert and report

    When a deviation clears the threshold an alarm opens and an email goes out. Monthly reports are built on the same calculation — what you read in the report comes from the same source as what you see on screen.

Every figure is shown with its provenance: measured, derived or estimated. The three are never presented as equivalent.

Verified saving

One ice cream plant, 614 days.

The compressor house was renewed, the set pressure lowered, heat recovery brought online. The figures below are the consumption avoided over that period — measured against a reference period and calculated phase by phase.

  1. 1,361,823

    kWh · Consumption avoided

  2. 40

    % · Below the reference, current phase

  3. 4.09

    yrs · Payback period

The calculation is kept open. The reference period is real meter data; the final phase’s monthly consumption was not measured but derived from the pressure difference, and is labelled "derived" in the platform. The payback period is calculated without incentives — the investment incentives actually used were left out, and including them would shorten it. Heat recovery assumes all recovered heat was used; that is the programme’s one optimistic assumption, and the platform says so too.

Let us measure what is happening on your site.

In a one-hour call we look at your existing setup and set out exactly which measurement points are needed and what you would be able to see.

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