Remote meter reading and consumption reporting
Bring connected heat, water, and energy meter readings into one workspace. Review consumption history and export readings for reports and billing calculations.
Read meters remotely.
Stay in control of your building systems.
Metering data, equipment monitoring, and remote control in one service. Designed to complement your existing system.
WorkspaceBuilding 04
OverviewBuilding 04
Needs attentionChecked 12:21
1 active alarm · 1 source to review
Contact age shown; reading freshness is not assessed.Readings and trends
Electrical power38.4 kWLatest measurement · 12:20
Hot water consumption12.6 m³Meter difference · 24 hours
53connected meters
12heat pumps
1,000+measurement and control points
From a reported problem to a remote response.
At a 52-apartment residential pilot, the operator checked hot-water temperatures and adjusted heat-pump operation in under 30 minutes after a report—without an initial site visit.
Read the pilot story A documented incident at this pilot building.Remote meter reading, building monitoring, and HVAC control.
From remote readings to consumption reporting, data for billing calculations, and demand-based control.
Read
Manage connected meters, retrieve readings remotely, and review consumption history.
Investigate
Understand what triggered an alert using the relevant measurements and history.
Control
Coordinate equipment to match demand, with defined priorities and timing matched to system response.
Manage meters without the reading rounds.
Bring connected meters into one workspace. Retrieve readings remotely, review consumption over a chosen period, and use the data for operational reports and billing calculations.
- Remote meter reading
- Consumption history and reporting
- Exported readings for billing calculations
WorkspaceBuilding 04
DevicesBuilding 04
- Plant room heat meterHM-0041
- East-wing heat meterHM-0042
- East-wing water meterWM-012
Heat meter · HM-0041
Latest meter readingheat_energy_wh 128,456.8 kWh
Heat consumption · 24 hours286.4 kWh17 Jun 09:20 → 18 Jun 09:20
17–18 Jun · 24 hours · Consumption since period start (kWh)
| Reading time | Meter reading (kWh) |
|---|---|
| 128,170.4 | |
| 128,456.8 |
History and reporting workflow
- Browse measurement history →Filter by meter, field and period.
- Export page · Excel reportChoose report time, consumption points, fields and columns.
Understand the cause behind an alert.
Review the measurements and operating history behind a deviation, so your team can decide where to investigate and what to adjust.
- Trace an alert to its measurements
- Compare current and earlier operation
- Plan a targeted response
WorkspaceBuilding 04
AlarmsBuilding 04
Heating flow below targetIn alarm
Heating flow below target
Supply temperature is 42.1 °C; the configured lower limit is 48 °C.
- Source
- Heating flow temperature
- Condition
- flow_temp_celsius < 48 °C
- Last evaluated
- 09:20
- State changed
- 09:10
Coordinate your building systems.
Control connected boilers, heat pumps, and chillers to match demand. From individual units to staged plants and mixed heating systems.
- Demand-based cascade and staged control
- Defined equipment priorities
- Adjustable delays between capacity changes
Example: heat-pump control
WorkspaceBuilding 04
ControllersBuilding 04
Edit group assignment
Heating plant · Heat pump 03
- Priority
- 1 Lower number = stronger priority.
- Capacity weight
- 1
- Active state
- On
- Fallback state
- Off
- Configuration
- Enabled
Complete assignment settings, saved together.
Building automation and remote monitoring
Monitor and coordinate boilers, heat pumps, chillers, and ventilation equipment. Connect existing systems, from single units to mechanical plants.
Monitoring
Live monitoring
Track temperatures, flow rates, and equipment states.
Alerts
Get notified when configured thresholds are exceeded.
Operating history
Retrieve and compare past measurements and operating states.
Control
Remote control
Switch connected equipment and adjust supported operating modes and settings remotely.
Cascade and staged control
Coordinate multiple units according to measured demand, configured conditions, and priorities.
Adjustable staging delays
Adjustable delays between capacity stages let the system respond before the next control action.
Operations
Maintenance logs
Record completed work, interventions, and notes in a retrievable history for each unit.
Existing system integration
Connect compatible meters, sensors, and controllers.
Residential pilot: 52 apartments, 12 heat pumps.
Read the pilot storyExplore the monitoring and control workflows
Heat-pump monitoring and demand-based control
Review heat-pump temperatures, operating history, and alerts remotely. Coordinate connected equipment with measured heating and hot-water demand.
Connect existing building meters and equipment
Plan a building monitoring integration using supported Modbus TCP, M-Bus-to-Modbus bridges, I/O, and HTTP readings through a local gateway.
Connect your existing meters and building equipment.
We assess your existing interfaces and define the supported connections before installation. Compatible meters and equipment remain in place.
Map the building
Review meters, equipment, communication paths, and the operational problem.
Connect a scoped pilot
Agree gateway installation, access, supported readings, and responsibilities before rollout.
Review, then extend
Start with monitoring. Add reporting or control only where the connections and scope support it.
Which meters and systems can connect?
The pilot uses Modbus TCP, M-Bus-to-Modbus bridges, and Modbus I/O. HTTP APIs can supply virtual readings. Compatibility depends on the device interfaces and available registers.
What needs to be installed on site?
A local gateway connects the building equipment to the platform. The required hardware, network access, and installation responsibilities are agreed for each project.
Can we monitor without enabling remote control?
Yes. Remote reading and monitoring can be scoped independently. Control requires suitable connected equipment and an explicitly agreed configuration.
What does a pilot include?
We define the building, sources, access, installation work, and intended outcome together. Timing, pricing, and support are agreed for that scope.
Bring one building. Start with one question.
Discuss your existing meters, technical systems, and monitoring challenges. We’ll explore suitability and a possible next step. No preparation required.