Energy Metering Solutions

Most metering projects go wrong before anything is purchased: too many points in places nobody will act on, too few on the loads that actually drive the bill, and a meter class that can't be used for the purpose it was bought for. We start by working out what each measurement is for — billing, code compliance, savings verification, or process control — because that decides accuracy class, meter type, and where the point belongs.

The output is a point list with meter models, CT sizing, mounting locations, and the communications path, in a form your electrical contractor and AHJ can both work from.

We supply meters as a working assembly rather than a box of parts. Panels arrive wired, fused, addressed, and bench-tested, with the Modbus map, CT ratios, and pulse scaling already set and documented. That moves the fiddly, error-prone work out of a mechanical room and into a shop.

The practical effect is fewer field hours, fewer polarity and phasing mistakes, and a shorter path from energisation to trustworthy data.

Occupied buildings rarely tolerate an outage for metering. Split-core CTs, clamp-on ultrasonic flow meters, and insertion meters with hot-tap options let most of a retrofit go in live. Where a shutdown is genuinely unavoidable, we scope it tightly so it happens once.

Where conduit is the expensive part — remote pads, distant plant rooms, leased spaces you can't core-drill — self-powered meters and wireless backhaul usually cost less than the trenching they replace.

A meter that isn't reporting into something is a display on a wall. We bring points onto whichever transport suits the site — Modbus RTU or TCP, BACnet MS/TP or IP, LoRaWAN, or cellular — and hand them to your building automation system, your historian, or our platform.

Register maps, point naming, and scaling are documented so the controls contractor isn't reverse-engineering the system a year later, and so a meter swap doesn't break the graphics.

Data that nobody reads saves nothing. Managed intelligence turns the meter stream into a monitored service: dashboards for the people who run the building, alerts when consumption departs from its own baseline, and anomaly detection that catches stuck valves, failed schedules, and overnight loads that shouldn't exist.

It also covers the recurring work — tenant billing exports, allocation, monthly reporting — with an analyst who knows the site rather than a ticket queue.

Energy codes increasingly specify metering directly: IECC and ASHRAE 90.1 set out which loads must be separately measured and recorded, and building performance standards such as NYC Local Law 97 make measured consumption the basis of penalties. Getting the point list wrong at design time is expensive to correct after occupancy.

We map the requirement to the point list, keep the commissioning records that demonstrate it, and produce the exports that reporting frameworks ask for.