ECS Dashboard: Sensors, Occupancy, and Maintenance in the Browser

The floor plan shows each room as an area: green for vacant, red for occupied, based on data from the room’s occupancy sensor. On the table is the CO2 tile displaying CO2 levels, temperature, and humidity; on the exterior wall is the window contact. In the open-plan office, each table sensor appears as its own tile, along with the occupancy counters at the doorways.

Tiles are placed with the mouse in edit mode; the background is your own floor plan as an image. Each tile has multiple display options, from an icon to a room area, and can be scaled using the text tool. What you see here is our sample floor—the same one you can explore interactively on the website.

In practice, this means that anyone looking at the floor plan in the morning can see at a glance which rooms are in use, where air quality is poor, and which windows are open.

Interactive model floor →

The Data page lists all sensors with their current values: CO2 in ppm, temperature, humidity, motion, brightness, window status, and number of people. The dashboard decodes the EnOcean telegrams itself based on the device profile (EEP); you see plain text, not raw data.

Clicking on a CO2 sensor opens the history with gauges and a graph for the selected time period. Two sensors can be overlaid for comparison. Filter by profile, type, and name; search by name or EnOcean ID; selectable update interval.

How long measurement values are stored →

A wireless sensor does not report a malfunction; it simply stops transmitting. That is why the alerts page lists every sensor that has not reported within its expected interval—including the last reception time, the threshold, and the duration it has been overdue. Typically, the list is empty.

The threshold can be adjusted for each device profile, and the list can be exported as a CSV or Excel file. If the alert is to be sent to the control system, this is configured in the project—for example, via a second MQTT broker dedicated solely to fault alerts.

How do I know if a sensor has failed? →

Each EnoDisc® displays its name, IP address, connection status, and last contact. A ping test checks the network link directly from the dashboard. This makes it easy to quickly determine whether the problem lies with the receiver or the link in the event of a signal loss.

EnoDisc® Receiver →

Where the gateway also controls the heating, each room has its own tile: current temperature, setpoint, operating mode (Auto, Comfort, or Off), valve position, and the window contact that reduces the heating when the window is open. Setpoints can be adjusted directly here.

Individual room control with VL-700 BASE →