Another quarter has come to an end meaning that another new set of features for the Withthegrid asset monitoring platform are released. In this update we will share with you 3 new features:
- Custom graphs
- Issue triggers
- Advanced issue triggers
These features enable users to obtain more insights into the performance and condition of their assets as well as get the alerts when they need to.
Users can now design their own dashboard with custom graphs. Each dashboard can be comprised of data from the same location-port, location or other locations. By combining measurements from multiple locations a direct overview of asset condition status can be obtained. Below are two examples.
In addition to graphs also the issue trigger functionality has been expanded. The biggest change is that it is now possible to apply issue triggers on 3 levels:
- Device supplier level
- Environment level
- Location level
For device supplier level this means that a device supplier can suggest issue triggers for quantity the device measures. For example: a limit of 240Vac for power monitoring.
A user of course can deviate from this suggested threshold. This can be done by setting a threshold on an environment level. So in this example it can be modified to 241 VAC.
Thirdly, if there is a location that needs a custom issue trigger then the environment threshold can be overridden. See in the example below:
The benefit of these three levels is it combines the best of both worlds. Automatic issue triggers for any devices installed in an environment as well as very granular controls on specific locations.
Advanced issue triggers
Issue triggers monitor whether measurements are outside a boundary. In many cases this is enough. However there are measurements which need to be monitored in more complex ways. For example: over the last week all measurements need to be within 95% of a value. In this case setting a specific issue trigger won’t work. For this we have developed an event handler where in Typescript such more complex issue triggers can be written.
In the example above we take a static property of a location: the apparent power rating and use that to calculate the % load of a transformer. In this way a threshold is set as a % of the transformer load.