Energy Monitoring & Control

The problem

By the time the invoice arrives, the money is already spent.

Most organisations meet their energy consumption once a month — as a total on a bill, weeks after the fact. A compressor that started drawing current all night, ventilation running full power in an empty building, a heater someone forgot in a warehouse — none of it is visible until the invoice lands. And even then, the bill says how much, never what, where, or why.

What goes wrong

One monthly total instead of per-circuit, per-machine visibility

Faulty equipment quietly over-consuming for weeks before anyone notices

Systems running at full power outside working hours, in empty spaces

No way to act remotely — finding the problem still means sending someone with a key

Peak charges and tariff windows invisible to the people operating the equipment

Energy reporting for management and ESG assembled by hand, late

/ How it works

Meter it. Spot the anomaly. Cut the power.

Meters and sensors on what matters

Energy meters, current transformers, and smart relays on incoming lines, distribution circuits, and individual machines. Any vendor, any protocol — LoRaWAN, Modbus, MQTT.

Data flows over your own LoRaWAN network

Submeters across buildings and sites report through the GreenMesh LoRaWAN Network Server; no rewiring, no dependence on local IT.

Widgelix builds the live picture

Consumption per circuit, machine, zone, and site, live and historical, with baselines for what "normal" looks like at each hour and day.

The rule engine watches for anomalies

Consumption above baseline for a sustained period, draw outside working hours, a machine pulling current when it should be idle, or cross-device logic like "ventilation at full power while occupancy is zero." Persistence filters ignore momentary spikes.

You act — or the platform does

Every alert can carry a response: a notification to the right team, a downlink command that switches the load off automatically, or a control button on the dashboard so an operator cuts power to faulty equipment with one tap, from anywhere.

Example rule

“If the workshop compressor draws more than 2 kW between 22:00 and 06:00 for over 15 minutes — switch it off via the smart relay and notify maintenance.”

The fault gets found in the morning. The electricity doesn't get burned all night.

/ Remote control

See the anomaly. Kill the load. Same screen.

Monitoring without control means watching money burn until someone drives to the site. In Widgelix, dashboards carry downlink control widgets alongside the charts: an operator who spots abnormal draw switches the circuit off right there — from the control room, from home, from a phone. Every command is permission-scoped and logged, so you always know who switched what, and when.

One-tap ON/OFF controls on any dashboard, next to the data that justifies them
Works through smart relays and controllable breakers
Role-based permissions — only the right people can actuate
Full audit log of every manual and automatic command

Workshop compressor · circuit L2-07

Anomaly

18:0022:0002:0006:00

Power relay

Load switched off · 02:17 by rule "Night draw"

Permission-scoped and logged: every manual and automatic command is recorded with who, what, and when.

/ Your infrastructure

Submetering without rewiring — on a network you own

The hard part of energy monitoring has always been getting data out of electrical rooms, basements, and distributed sites without pulling cable through the building. LoRaWAN solves exactly that: battery- and mains-powered meters report through walls and floors to a handful of gateways — and with the GreenMesh LoRaWAN Network Server, the whole chain is yours. Your gateways, your network, your data routing — cloud, private cloud, or fully on-premise. No third-party operator, no per-message fees.

Learn more about the GreenMesh LoRaWAN Network Server

Deep indoor coverage

Electrical rooms, basements, shafts — through walls and floors to a handful of gateways.

One network for everything

Energy plus everything else you monitor, on the same LoRaWAN infrastructure.

Multi-tenant separation

For portfolios and integrator deployments — one platform, cleanly separated clients.

Deployment your way

Managed cloud, private cloud, or on-premises — your policies decide.

/ AI Integration

Agents for every energy job — analysis, reporting, and setup

Widgelix ships with a native MCP server, so AI assistants like ChatGPT and Claude connect directly to your energy data — and to the platform itself. Different tasks, same conversation:

The agent reads your telemetry, runs the numbers, and answers in plain language — and with the right permissions, it configures dashboards, rules, and alerts for you. No console to learn, no documentation to study.

The analyst

Which machines drove the consumption increase in March? Compare against February's baseline.

The auditor

Find every circuit that consumed outside working hours this month and estimate the cost.

The reporter

Prepare a monthly energy summary per building for the management meeting.

The engineer

Set up an anomaly rule for the new production line: alert if draw exceeds baseline by 20% for 30 minutes.

/ Capabilities

A complete energy operations layer

Live & historical dashboards

Consumption per circuit, machine, zone, and site, with the views operators, engineers, and management each need.

Anomaly rules that reflect reality

Baselines, schedules, persistence, and cross-device logic, not naive fixed thresholds.

Automated & manual actuation

Rules switch faulty loads off via downlink; operators do it with one tap from the dashboard.

Scheduled reports

Energy summaries per site delivered automatically for management, clients, and ESG reporting.

Any meter, any vendor

Predefined templates for popular energy meters, custom decoders for everything else; one data model across brands.

White-label ready

Energy-service companies and integrators deliver the whole solution under their own brand.

Stop paying for electricity nobody meant to use.

Tell us about your sites — how many buildings, what equipment, and where the bill hurts most. We'll show you how circuit-level monitoring with anomaly detection and remote control works on your own network, with your choice of meters.

A metering plan per site — incoming lines, circuits, key machines
Anomaly rules tuned to your operating schedule
Remote-control setup for the loads that matter

Your energy bill shows the damage. Widgelix shows it happening — and stops it.