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Sectors

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, and the first metering points are chosen around it.

At a glance

Sector Largest line on the bill First question Leading modules
Residential Communal areas: lifts, pumps, lighting Who pays for what in the service charge? Consumption, Power Quality, Bill Validation
Retail HVAC and lighting across hundreds of sites Which site is the outlier? Consumption, Bill Validation, Enver
Bank branches HVAC, IT and ATMs What runs overnight, is the UPS ready? Consumption, Power Quality, Standby Power
Commercial buildings The chiller plant Is the chiller actually efficient? Chiller, Power Quality, tenant apportionment
Public sector Building heating and cooling Who writes the report, and on what evidence? Energy Performance and ISO 50001, Bill Validation
Healthcare Year-round heating and cooling What happens if the power fails? Standby Power, Power Quality, Chiller
Logistics Cold chain If refrigeration stops, how soon do I know? Cooling, Generator, Alarms
Industry Compressed air, steam, process cooling Did consumption rise with production, or on its own? Compressed Air, Chiller, Energy Performance

Sector pages

Each sector has its own page with measurement points, leading modules and the panel screens that matter there.

  1. 01

    Industry and Manufacturing

    Did consumption rise with production, or did something break?

    • Production-normalised baseline
    • Compressor specific energy and leaks
    • Evidence-backed savings record
  2. 02

    Malls, Hotels and Commercial Buildings

    Is the cooling plant actually efficient, and is the tenant share right?

    • Weather-corrected COP tracking
    • Metered tenant apportionment
    • Power factor and charge exposure
  3. 03

    Retail Chains

    Which sites are drifting, and why?

    • Comparison normalised for area and climate
    • Out-of-hours load and forgotten equipment
    • Bulk validation across hundreds of bills
  4. 04

    Bank Branches

    What runs overnight across hundreds of branches, and which one drifted?

    • Overnight loads and equipment left running
    • UPS and generator readiness tracking
    • Branch-level carbon and reactive tracking
  5. 05

    Hospitals and Healthcare

    If the power fails, what happens in the next few seconds?

    • UPS and generator readiness tracking
    • Year-round heating and cooling load
    • Critical circuit and board monitoring
  6. 06

    Logistics and Cold Chain

    If cooling stops, how soon will I know?

    • Cooling continuity and temperature records
    • Generator testing and fuel tracking
    • Out-of-hours charging and base load
  7. 07

    Public Sector and Institutions

    Who writes the report, and on what evidence?

    • Frozen baseline and deviation tracking
    • Audit-ready, tamper-evident record
    • Many buildings compared on one panel
  8. 08

    Residential Estates

    Who pays what, and why?

    • Line-by-line communal breakdown
    • Apportionment per supply point
    • Reactive charge exposure in common areas

Split

Where the bill goes depends on the sector

The same measurement layer makes a different line the biggest one in every sector. At the first installation the metering points are chosen around that split: the largest line is metered most finely.

  • A schematic split; the real ratio appears in the first month of measurement
  • The metering-point list is agreed together during the survey
  • The same panel gives the same screens in every sector

Bill Split

by sector · schematic
  • Residential 34 56 communal areas: lifts, pumps, lighting
  • Retail 48 37 air conditioning and chilled cabinets lead
  • Bank branch 21 44 33 IT and ATMs run overnight
  • Commercial 62 24 the chiller plant is the largest line
  • Public sector 44 37 heating and cooling plant
  • Healthcare 58 22 climate control runs all year
  • Logistics 66 19 cold-chain continuity
  • Industry 52 18 22 compressed air alone is a fifth
  • Process and production
  • Cooling and HVAC
  • Compressed air
  • Lighting and other
Schematic: it varies by site, but in every sector one line dominates. Measurement goes underneath that line.

Installation

How many metering points does it take?

The number depends less on the size of the site than on how many questions you want answered. For one question the main meter is enough; for line-by-line tracking it goes down to the distribution boards.

  • A main meter in every installation
  • Plant rooms metered separately (compressors, chillers, generators)
  • Feeders added where tenants or areas are recharged

Typical Metering Points

by sector · range
  • Residential estate 6points main board plus communal ways
  • Retail branch 3points per branch; hundreds on one panel
  • Bank branch 4points main board plus UPS and IT circuit
  • Commercial building 18points transformers, chiller group, tenant feeders
  • Logistics warehouse 14points refrigeration, generator, charging
  • Hospital 24points critical circuits, UPS, generators, air handling
  • Factory 32points transformers, lines, compressor house, towers
Schematic: the green band is the common range, the bar a typical value. The exact list comes out of the survey.

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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