The schedule is a setting, not a wish.
Heating schedules can be adapted to how rooms are actually used. Start and stop times, system response and any savings must be defined and verified for each building.
The regulation is best understood when the heating season is longest. The recording shows where energy use goes month by month and why most savings are hidden between October and March.
Freely programmable controller
A freely programmable controller can monitor and control connected parts of the energy system according to approved schedules and parameters. The final scope depends on the design documentation, inputs, outputs and building safety requirements.
When the meters are compatible and correctly connected, it is possible to capture data on thermal and electrical energy and transmit it to a negotiated data system. Protocols, intervals, storage and analytics are confirmed for the specific implementation.
Control and signalling over the network
The controller processes project‑defined input, output and communication signals and, according to confirmed logic, manages the connected measurement‑control equipment.
The web interface can provide status overview and allow changes to authorised modes. Remote commands, user rights, signalling and notifications are defined according to the equipment and safety concept of the building.
The animation shows a generic example of the control loop. Actual signals, protocols, schedules, authorised commands and notification methods are confirmed for the specific system.