Energy
LoRaWAN sensors, gateways and dashboards for Energy & power — specified, stocked and supported by UK engineers.
Industrial IoT for Energy replaces manual rounds, spreadsheets and blind spots with live LoRaWAN telemetry: low-power sensors, resilient gateways and dashboards that flag a problem the hour it happens, not the week after. Indiott specifies, stocks and supports the full stack and ships across the UK from local warehouses.
The UK power sector is being rebuilt around low-carbon generation, with renewables supplying a record 50.8% of electricity in 2024 and government aiming for a clean power system by 2030. That transition adds thousands of distributed assets, from substations and battery sites to embedded generation, all of which need watching. Regulated by Ofgem and treated as critical national infrastructure, operators face rising expectations on both physical monitoring and the cyber security of the operational technology that runs the grid.

Built for Network and substation asset managers, Distribution and generation operators, OT and control systems security teams, Energy and utility engineering contractors and Battery storage and embedded generation operators. Every asset that fails quietly — a pump, a chiller, a cold store, a plant room — is a candidate for a battery LoRaWAN sensor reporting to one dashboard. Typical Industrial IoT for Energy deployments include:
The Industrial IoT for Energy hardware below is UK-stocked and dispatched nationwide. Every device joins the same five-layer stack, so you can start with one gateway and a handful of sensors and scale without re-platforming.
UR35Industrial cellular routerDual-SIM 4G/5G router for resilient connectivity at remote and mobile sites.
UG67Outdoor LoRaWAN gatewayIP67 outdoor gateway for site-wide coverage across yards, plants and campuses.
EM500Outdoor environmental sensorRugged EM500 series for outdoor CO2, level, pressure and soil measurement.
TS101Insertion temperature sensorLoRaWAN insertion probe for pipe, tank and process temperature.
EM300Leak / contact / T+RH sensorCompact EM300 series for door, leak, temperature and humidity monitoring.
UG65Semi-industrial LoRaWAN gateway8-channel indoor gateway backhauling hundreds of LoRaWAN sensors over Ethernet, Wi-Fi or cellular.
Energy network and generation operators are regulated by Ofgem, and many are Operators of Essential Services under the Network and Information Systems (NIS) Regulations 2018, with Ofgem acting as the Competent Authority. This places a duty to manage the security and resilience of the systems their supply depends on, with growing emphasis on operational technology. The drive to Net Zero and a clean power system by 2030 is adding distributed assets that must be monitored and kept available.
Indiott builds the monitoring and evidence layer around those duties: continuous data, threshold alarms that reach the duty engineer by SMS, and timestamped records you can hand to an auditor. Useful references: Ofgem: NIS Regulations 2018 guidance for Operators of Essential Services GOV.UK: essential reforms to pave the way for clean power by 2030. The stacks energy & power teams reach for most:
Here is why energy & power operators pick Indiott as their Industrial IoT for Energy partner rather than a generic reseller.
Milesight, Atop and AquaIoT hardware supplied from the UK, typically dispatched within 14 working days nationwide.
An engineer scopes every enquiry and returns a costed bill of materials within one working day.
Interoperable sense, connect, secure, control and manage layers, so you are never locked to a single vendor.
When the device you need does not exist, we design and build it — firmware, enclosure and integration.
LoRaWAN runs on its own low-power radio, independent of the control systems that operate plant. Keeping temperature, humidity and security sensing off the operational technology network reduces the attack surface that the NIS Regulations expect operators to manage.
Yes. Battery sensors report over long-range radio to a gateway, so substations, switchrooms and storage sites without permanent staff can be monitored continuously and raise alerts when temperature, access or environmental conditions move out of range.
Continuous condition data on transformers, switchgear and plant rooms lets teams spot overheating, damp or ventilation problems before they cause an outage, supporting both asset life and network resilience.
Tell us the asset, the site and the constraint. An Indiott engineer maps it to the right Industrial IoT for Energy stack and sends an itemised quote within one working day.
Related: Industrial IoT for Renewable energy · Industrial IoT for Oil & gas · Industrial IoT for Manufacturing
Next step
Tell us the site, the assets and the constraint. You get a bill of materials and a straight answer within one working day.
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If it is urgent, call 023 9223 3611.