Thats rather a grand title but thats the objective or is it an aim?
At the moment I working on the heat pump and looking to squeeze out as much efficiency as possible.
I've been looking for examples where heat going in to the pump comes from a source with a higher temperature than the ambient air temperature.
I have a hanger with a 50m sq aluminium roof, producing air temperatures up in the high 30s even 40s during the summer. Does anyone have experience fitting ducting to heat pumps, I'm currently making a hole in the side of the hanger to have the outlet protruding outside and the intake sitting inside the hanger. I plotted a graph today using the COP figures on the heat pump and at an air temperature of 24-27 degrees C the efficieny starts to get interesting. Does anyone have any data beyond that like 27-35 degrees C. Projections indicated a big boost in performance in this range but data is very thin at this range.
I'll knock up so pics later to give you a better idea of how this progressing.
At the moment I working on the heat pump and looking to squeeze out as much efficiency as possible.
I've been looking for examples where heat going in to the pump comes from a source with a higher temperature than the ambient air temperature.
I have a hanger with a 50m sq aluminium roof, producing air temperatures up in the high 30s even 40s during the summer. Does anyone have experience fitting ducting to heat pumps, I'm currently making a hole in the side of the hanger to have the outlet protruding outside and the intake sitting inside the hanger. I plotted a graph today using the COP figures on the heat pump and at an air temperature of 24-27 degrees C the efficieny starts to get interesting. Does anyone have any data beyond that like 27-35 degrees C. Projections indicated a big boost in performance in this range but data is very thin at this range.
I'll knock up so pics later to give you a better idea of how this progressing.