Online decision support tool to create local energy situations for neighbourhoods, cities and regions with a time resolution of 15 minutes created and maintained by Quintel – Not maintained
Currently, if two heaters of types A and B are connected to the same end-point, the first will try fulfil demand. If the first succeeds, the second will not have anything to do.
This is unrealistic/undesirable because
It is unclear for the user which is the first or the second or why
The heaters could represent different houses and a technology doing both the work for its own house its neighbours house too is not how things usually work
A (hopefully) simple fix could be to distribute the demand (say 100 kWh of heating at time-step t) according to the number of units of the technologies:
Currently, if two heaters of types A and B are connected to the same end-point, the first will try fulfil demand. If the first succeeds, the second will not have anything to do.
This is unrealistic/undesirable because
A (hopefully) simple fix could be to distribute the demand (say 100 kWh of heating at time-step t) according to the number of units of the technologies: