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I checked this and there seems to be a problem in the disaggregation of resistive heating and heat pumps in EDGE-B that leads to a mid-term peak of heat pump efficiency to about 6. The heat pump efficiency should rather approach 5 in SSP2. But your numbers are even higher. And the drop of efficiency of resistive heating down to 0.5 is something I cannot see in the EDGE-B results. I'll have to follow up on this to see, if this is a reporting issue.
Now that I looked at the correct scenario I found exactly the numbers you mentioned in the EDGE-B resuslts and as said above this is due to a problematic disaggregation of resistive heating and heat pumps in EDGE-B. I will fix this and include this fix for the next round of input data preparation. Sorry for this. I never saw this because the issue is most prominent in an extra scenario that we calculate for European regions.
The ratio of useful energy to final energy for heat pumps in buildings seems quite high (around 6-7 by 2050):
/p/tmp/schreyer/Modeling/REMIND_H12/ariadne/output/Elec_dom_2022-01-13_10.53.41
Also UE/FE for resistive heating goes down to about 0.5.
Is this intended or a reporting error?
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