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14-10-2020, 04:13 PM
(This post was last modified: 14-10-2020, 04:14 PM by Antti-L.)
Ok, it seems you have not been much reading the documentation. FLO_EMIS defines an emission factor for an emission commodity c in proportion to some process flow(s) cg. This means that the resulting emissions of c will be VAR_FLO(r,t,p,cg,s) × FLO_EMIS(r,t,p,cg,c,s). The problem here is that you have not defined the source flow(s) cg, and so there would be no way to calculate those emissions.
Is this clearer now?
I see that you are now referring to STOCK as well. If you mean that you actually want to define emission factors in proportion to the capacity instead of flow(s), you cannot use FLO_EMIS, sorry. Then you should use NCAP_COM.
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(14-10-2020, 04:13 PM)Antti-L Wrote: Ok, it seems you have not been much reading the documentation. FLO_EMIS defines an emission factor for an emission commodity c in proportion to some process flow(s) cg. This means that the resulting emissions of c will be VAR_FLO(r,t,p,cg,s) × FLO_EMIS(r,t,p,cg,c,s). The problem here is that you have not defined the source flow(s) cg, and so there would be no way to calculate those emissions.
Is this clearer now?
I see that you are now referring to STOCK as well. If you mean that you actually want to define emission factors in proportion to the capacity instead of flow(s), you cannot use FLO_EMIS, sorry. Then you should use NCAP_COM.
Yes . Soo STOCK is not necessary if i want to model emission based on FLO_EMIS but i need defined cg. Can i kindly ask you for little demonstration in excel file how to use CommGrp if you have a time. I would be very grateful to you. Anyway i will try it on my own
