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IntEG_V20_S3(ECIU_ST).gms
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*#################################################################################################################################
* SCENARIO 2: ECIU - ST
*#################################################################################################################################
*Location of output files for this scenario
$set resultdir output_v20_ST\
$include IntEG_v20_clear.gms
$if "%Inc_Stoch%" == "" $goto ScenMatrixEnd
scen('EVP') = no;
scen('EUCO') = no;
scen('ST') = yes;
scen('DG') = no;
$Label ScenMatrixEnd
display scen;
number_scenarios = card(scen);
###############################################################################
* Defining RESULTS parameters
*###############################################################################
$include IntEG_v20_declar_results.gms
*############################# STEP 1: DECLARING PARAMETERS ####################
* DEFININING GAS PARAMETERS FOR SCENARIO
nonPowerDem(co,year,month,scen) = cons_ST(co, year, month)*(1-PS_ST(co, year));
* Scaling quantities in Gas Model
LP_prodCap(p,n,year,month) = LP_prodCap(p,n,year,month) /conversion_factor_gas ;
transCap(n,m) = transCap(n,m) /conversion_factor_gas ;
extra_cap(n,m, year, month) = extra_cap(n,m, year, month) /conversion_factor_gas ;
nonPowerDem(co,year,month,scen) = nonPowerDem(co,year,month,scen)/conversion_factor_gas ;
stor_cons_cap(co,year, month) = stor_cons_cap(co,year, month) /conversion_factor_gas ;
stor_cons_in(co, year, month) = stor_cons_in(co,year, month) /conversion_factor_gas ;
stor_cons_out(co,year, month) = stor_cons_out(co,year, month) /conversion_factor_gas ;
st_lev_start(co) = st_lev_start(co) /conversion_factor_gas ;
st_lev_end(co) = st_lev_end(co) /conversion_factor_gas ;
LTC(n,m,year, month) = LTC(n,m,year, month) /conversion_factor_gas ;
;
* DEFININING EL PARAMETERS FOR SCENARIO
demand(co,t,year,scen) = demand_upload(co,t,year,"ST_up");
cap_existing(i,n,year,scen) = cap_existing_upload(i,n,year,"ST_up");
fc(i,co,year,scen) = fc_upload(i,co,year,"ST_up") ;
co2_price(scen,year) = co2_price_upload("ST_up", year);
vc_f(i,co,year,scen) = (fc_upload(i,co,year,"ST_up")+ carb_cont(i)*co2_price_upload('ST_up',year))/ eta_f(i,co,year);
vc_m(i,co,year,scen) = (fc_upload(i,co,year,"ST_up")+ carb_cont(i)*co2_price_upload('ST_up',year))/ eta_m(i,co,year);
*############################# STEP 2: SOLVING DP #################################
$if %Inc_Det% == "*" $goto DetSolutionEnd
SOLVE LSEWglobal using lp minimizing Cost_GLobal;
$include IntEG_v20_resprocess.gms
execute_unload '%resultdir%%GlobalSCEN%_DET_Scen.gdx';
$label DetSolutionEnd
*############################# STEP 3: SOLVING SCENARIOS - SP ####################
$if %Inc_Stoch% == "*" $goto StochSolutionEnd
$include IntEG_v20_S3(ECIU_ST)_solve.gms
$include IntEG_v20_resprocess.gms
put_utility 'gdxout' / 'output_v20_ST\v20_STOCH_Scen_' UncPar.tl:0;
execute_unload ;
*$include IntEG_v20_clear.gms
nonPowerDem(co,year,month,scen) = cons_ST(co, year, month)*(1-PS_ST(co, year));
nonPowerDem(co,year,month,scen) = nonPowerDem(co,year,month,scen)/conversion_factor_gas;
LP_prodCap(p,n,year,month) = LP_prodCap(p,n,year,month) /conversion_factor_gas ;
transCap(n,m) = transCap(n,m) /conversion_factor_gas ;
extra_cap(n,m, year, month) = extra_cap(n,m, year, month) /conversion_factor_gas ;
stor_cons_cap(co,year, month) = stor_cons_cap(co,year, month) /conversion_factor_gas ;
stor_cons_in(co, year, month) = stor_cons_in(co,year, month) /conversion_factor_gas ;
stor_cons_out(co,year, month) = stor_cons_out(co,year, month) /conversion_factor_gas ;
st_lev_start(co) = st_lev_start(co) /conversion_factor_gas ;
st_lev_end(co) = st_lev_end(co) /conversion_factor_gas ;
LTC(n,m,year, month) = LTC(n,m,year, month) /conversion_factor_gas ;
demand(co,t,year,scen) = demand_upload(co,t,year,"ST_up");
cap_existing(i,n,year,scen) = cap_existing_upload(i,n,year,"ST_up");
fc(i,co,year,scen) = fc_upload(i,co,year,"ST_up") ;
co2_price(scen,year) = co2_price_upload("ST_up", year);
vc_f(i,co,year,scen) = (fc_upload(i,co,year,"ST_up")+ carb_cont(i)*co2_price_upload('ST_up',year))/ eta_f(i,co,year);
vc_m(i,co,year,scen) = (fc_upload(i,co,year,"ST_up")+ carb_cont(i)*co2_price_upload('ST_up',year))/ eta_m(i,co,year);
);
$label StochSolutionEnd
*############################# STEP 4: saving 'naive' first stage decisions ############
$if %Inc_StochFI% == "*" $goto StochFIEnd
*$Include IntEG_v20_FixInv.gms
$gdxin %resultdir%%GlobalSCEN%_DET_Scen
$Load geninv_DET_ST = CAP_new.l
$gdxin
CAP_new.fx(i,co,year) = geninv_DET_ST(i,co,year);
execute_unload '%resultdir%fixedcap.gdx' Cap_new;
*############################# STEP 5: SOLVING SCENARIOS - EEV #################
$include IntEG_v20_S3(ECIU_ST)_solve.gms
$include IntEG_v20_resprocess.gms
put_utility 'gdxout' / 'output_v20_ST\v20_STOCH_FINV_Scen_' UncPar.tl:0;
execute_unload ;
*$include IntEG_v20_clear.gms
* Setting default values
nonPowerDem(co,year,month,scen) = cons_ST(co, year, month)*(1-PS_ST(co, year));
nonPowerDem(co,year,month,scen) = nonPowerDem(co,year,month,scen)/conversion_factor_gas;
LP_prodCap(p,n,year,month) = LP_prodCap(p,n,year,month) /conversion_factor_gas ;
transCap(n,m) = transCap(n,m) /conversion_factor_gas ;
extra_cap(n,m, year, month) = extra_cap(n,m, year, month) /conversion_factor_gas ;
stor_cons_cap(co,year, month) = stor_cons_cap(co,year, month) /conversion_factor_gas ;
stor_cons_in(co, year, month) = stor_cons_in(co,year, month) /conversion_factor_gas ;
stor_cons_out(co,year, month) = stor_cons_out(co,year, month) /conversion_factor_gas ;
st_lev_start(co) = st_lev_start(co) /conversion_factor_gas ;
st_lev_end(co) = st_lev_end(co) /conversion_factor_gas ;
LTC(n,m,year, month) = LTC(n,m,year, month) /conversion_factor_gas ;
demand(co,t,year,scen) = demand_upload(co,t,year,"ST_up");
cap_existing(i,n,year,scen) = cap_existing_upload(i,n,year,"ST_up");
fc(i,co,year,scen) = fc_upload(i,co,year,"ST_up") ;
co2_price(scen,year) = co2_price_upload("ST_up", year);
vc_f(i,co,year,scen) = (fc_upload(i,co,year,"ST_up")+ carb_cont(i)*co2_price_upload('ST_up',year))/ eta_f(i,co,year);
vc_m(i,co,year,scen) = (fc_upload(i,co,year,"ST_up")+ carb_cont(i)*co2_price_upload('ST_up',year))/ eta_m(i,co,year);
);
* CONVERT TO BCM input data (to send correct GAS model's quantities for the next scenario)
LP_prodCap(p,n,year,month) = LP_prodCap(p,n,year,month) *conversion_factor_gas ;
transCap(n,m) = transCap(n,m) *conversion_factor_gas ;
extra_cap(n,m, year, month) = extra_cap(n,m, year, month) *conversion_factor_gas ;
nonPowerDem(co,year,month,scen) = nonPowerDem(co,year,month,scen) *conversion_factor_gas ;
stor_cons_cap(co,year, month) = stor_cons_cap(co,year, month) *conversion_factor_gas ;
stor_cons_in(co, year, month) = stor_cons_in(co,year, month) *conversion_factor_gas ;
stor_cons_out(co, year, month) = stor_cons_out(co,year, month) *conversion_factor_gas ;
st_lev_start(co) = st_lev_start(co) *conversion_factor_gas ;
st_lev_end(co) = st_lev_end(co) *conversion_factor_gas ;
LTC(n,m,year, month) = LTC(n,m,year, month) *conversion_factor_gas ;
$label StochFIEnd
*############################# STEP 6: Computing ECIU VALUES ###################
%Inc_ECIUvalues%$include IntEG_v20_ECIU_compute.gms
*############################# STEP 7: GDX to EXCEL ##################################
*$include IntEG_v20_GDXtoEXCEL.gms