Hello, I'd like to see if anyone has suggestions as to how to model an Absorption Heat Pump as a heating source for BEopt? I am attempting to do this for a data research project, and have little background in the thermodynamic underpinnings involved. The information I have available are the performance curves of heat pumps (COP vs Hydronic Supply and Ambient Temp; Heating Duty vs Hydronic Supply and Ambient Temp).

I'm hoping to somehow write an add-on to BEopt so that I can use the information I have and run it through the model, without having to do a hand-calculation for every location.

Any help, suggestions, or recommendations would be greatly appreciated. Thank you in advance.

Hello, I'd like to see if anyone has suggestions as to how to model an Absorption Heat Pump as a heating source for BEopt? I am attempting to do this for a data research project, and have little background in the thermodynamic underpinnings involved. The information I have available are the performance curves of heat pumps (COP vs Hydronic Supply and Ambient Temp; Heating Duty vs Hydronic Supply and Ambient Temp).

I'm hoping to somehow write an add-on to BEopt so that I can use the information I have and run it through the model, without having to do a hand-calculation for every location.

Any help, suggestions, or recommendations would be greatly appreciated. Thank you in advance.

Hello, I'd like to see if anyone has suggestions as to how to model an Absorption Heat Pump as a heating source for BEopt? I am attempting to do this for a data research project, and have little background in the thermodynamic underpinnings involved. The information I have available are the performance curves of heat pumps (COP vs Hydronic Supply and Ambient Temp; Heating Duty vs Hydronic Supply and Ambient Temp).

I'm hoping to somehow write an add-on to BEopt so that I can use the information I have and run it through the model, without having to do a hand-calculation for every location.

Any help, suggestions, or recommendations would be greatly appreciated. Thank you in advance.