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CREATE_RPU_GAMS_VARIABLES.m
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CREATE_RPU_GAMS_VARIABLES.m
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% Create GAMS variables for the RPU model solve
% Load default system values
BRANCHBUS = DEFAULT_DATA.BRANCHBUS;
GENBUS = DEFAULT_DATA.GENBUS;
INJECTION_FACTOR = DEFAULT_DATA.INJECTION_FACTOR;
BRANCHDATA = DEFAULT_DATA.BRANCHDATA;
COST_CURVE = DEFAULT_DATA.COST_CURVE;
SYSTEMVALUE = DEFAULT_DATA.SYSTEMVALUE;
STARTUP_VALUE = DEFAULT_DATA.STARTUP_VALUE;
RESERVE_COST = DEFAULT_DATA.RESERVE_COST;
RESERVEVALUE = DEFAULT_DATA.RESERVEVALUE;
PUMPEFFICIENCYVALUE = DEFAULT_DATA.PUMPEFFICIENCYVALUE;
GENEFFICIENCYVALUE = DEFAULT_DATA.GENEFFICIENCYVALUE;
GENVALUE = DEFAULT_DATA.GENVALUE;
LOAD_DIST = DEFAULT_DATA.LOAD_DIST;
STORAGEVALUE = DEFAULT_DATA.STORAGEVALUE;
PTDF = DEFAULT_DATA.PTDF;
PTDF_PAR = DEFAULT_DATA.PTDF_PAR;
LODF = DEFAULT_DATA.LODF;
BLOCK_COST = DEFAULT_DATA.BLOCK_COST;
BLOCK_CAP = DEFAULT_DATA.BLOCK_CAP;
GENBLOCK = DEFAULT_DATA.GENBLOCK;
INTERVAL.name = 'INTERVAL';
INTERVAL.uels = num2cell(1:HRPU);
INTERVAL.val = ones(HRPU,1);
INTERVAL.form = 'full';
LOAD.name = 'LOAD';
LOAD.uels = {INTERVAL.uels};
LOAD.form = 'full';
LOAD.type = 'parameter';
VG_FORECAST.name = 'VG_FORECAST';
VG_FORECAST.val = VG_FORECAST_VAL;
VG_FORECAST.uels = {INTERVAL.uels GEN.uels};
VG_FORECAST.form = 'full';
VG_FORECAST.type = 'parameter';
RESERVELEVEL.name = 'RESERVELEVEL';
RESERVELEVEL.val = RESERVELEVEL_VAL;
RESERVELEVEL.uels = {INTERVAL.uels RESERVETYPE.uels};
RESERVELEVEL.form = 'full';
RESERVELEVEL.type = 'parameter';
NRTCINTERVAL.val = HRPU;
NRTCINTERVAL.name = 'NUMINTERVAL';
NRTCINTERVAL.form = 'full';
NRTCINTERVAL.uels = cell(1,0);
NRTCINTERVAL.type = 'parameter';
RTCINTERVAL_LENGTH.val = IRPU/60;
RTCINTERVAL_LENGTH.name = 'INTERVAL_LENGTH';
RTCINTERVAL_LENGTH.form = 'full';
RTCINTERVAL_LENGTH.uels = cell(1,0);
RTCINTERVAL_LENGTH.type = 'parameter';
RTCINTERVAL_UPDATE.val = 1000; %so to ignore bp ramp constraints
RTCINTERVAL_UPDATE.name = 'INTERVAL_UPDATE';
RTCINTERVAL_UPDATE.form = 'full';
RTCINTERVAL_UPDATE.uels = cell(1,0);
RTCINTERVAL_UPDATE.type = 'parameter';
RTC_PROCESS_TIME.val = PRPU/60;
RTC_PROCESS_TIME.name = 'PROCESS_TIME';
RTC_PROCESS_TIME.form = 'full';
RTC_PROCESS_TIME.uels = cell(1,0);
RTC_PROCESS_TIME.type = 'parameter';
RTCSTART.val = RTSCUCSTART_YES;
RTCSTART.name = 'RTCSTART';
RTCSTART.form = 'full';
RTCSTART.uels = {GEN.uels INTERVAL.uels};
RTCSTART.type = 'parameter';
RTCSHUT.val = RTSCUCSHUT_YES;
RTCSHUT.name = 'RTCSHUT';
RTCSHUT.form = 'full';
RTCSHUT.uels = {GEN.uels INTERVAL.uels};
RTCSHUT.type = 'parameter';
RTCPUMPSTART.val = RTSCUCPUMPSTART_YES;
RTCPUMPSTART.name = 'RTCPUMPSTART';
RTCPUMPSTART.form = 'full';
RTCPUMPSTART.uels = {GEN.uels INTERVAL.uels};
RTCPUMPSTART.type = 'parameter';
RTCPUMPSHUT.val = RTSCUCPUMPSHUT_YES;
RTCPUMPSHUT.name = 'RTCPUMPSHUT';
RTCPUMPSHUT.form = 'full';
RTCPUMPSHUT.uels = {GEN.uels INTERVAL.uels};
RTCPUMPSHUT.type = 'parameter';
if ninterchange > 0
UNIT_STATUS_ENFORCED_ON_VAL(interchanges,:)=1;
UNIT_STATUS_ENFORCED_OFF_VAL(interchanges,:)=1;
end
UNIT_STATUS_ENFORCED_ON.name = 'UNIT_STATUS_ENFORCED_ON';
UNIT_STATUS_ENFORCED_ON.val = UNIT_STATUS_ENFORCED_ON_VAL(:,1:HRPU);
UNIT_STATUS_ENFORCED_ON.uels = {GEN.uels INTERVAL.uels};
UNIT_STATUS_ENFORCED_ON.form = 'full';
UNIT_STATUS_ENFORCED_ON.type = 'parameter';
UNIT_STATUS_ENFORCED_OFF.name = 'UNIT_STATUS_ENFORCED_OFF';
UNIT_STATUS_ENFORCED_OFF.val = UNIT_STATUS_ENFORCED_OFF_VAL(:,1:HRPU);
UNIT_STATUS_ENFORCED_OFF.uels = {GEN.uels INTERVAL.uels};
UNIT_STATUS_ENFORCED_OFF.form = 'full';
UNIT_STATUS_ENFORCED_OFF.type = 'parameter';
GEN_FORCED_OUT.name = 'GEN_FORCED_OUT';
GEN_FORCED_OUT.val = GEN_FORCED_OUT_VAL;
GEN_FORCED_OUT.uels = {GEN.uels};
GEN_FORCED_OUT.form = 'full';
GEN_FORCED_OUT.type = 'parameter';
PUMPING_ENFORCED_ON.name = 'PUMPING_ENFORCED_ON';
PUMPING_ENFORCED_ON.val = PUMPING_ENFORCED_ON_VAL(:,1:HRPU);
PUMPING_ENFORCED_ON.uels = {GEN.uels INTERVAL.uels};
PUMPING_ENFORCED_ON.form = 'full';
PUMPING_ENFORCED_ON.type = 'parameter';
PUMPING_ENFORCED_OFF.name = 'PUMPING_ENFORCED_OFF';
PUMPING_ENFORCED_OFF.val = PUMPING_ENFORCED_OFF_VAL(:,1:HRPU);
PUMPING_ENFORCED_OFF.uels = {GEN.uels INTERVAL.uels};
PUMPING_ENFORCED_OFF.form = 'full';
PUMPING_ENFORCED_OFF.type = 'parameter';
STARTUP_PERIOD.name = 'STARTUP_PERIOD';
STARTUP_PERIOD.val = STARTUP_PERIOD_VAL;
STARTUP_PERIOD.uels ={GEN.uels};
STARTUP_PERIOD.form = 'full';
STARTUP_PERIOD.type = 'parameter';
SHUTDOWN_PERIOD.name = 'SHUTDOWN_PERIOD';
SHUTDOWN_PERIOD.val = SHUTDOWN_PERIOD_VAL;
SHUTDOWN_PERIOD.uels ={GEN.uels};
SHUTDOWN_PERIOD.form = 'full';
SHUTDOWN_PERIOD.type = 'parameter';
PREVIOUS_UNIT_STARTUP.name = 'PREVIOUS_UNIT_STARTUP';
PREVIOUS_UNIT_STARTUP.val = PREVIOUS_UNIT_STARTUP_VAL;
PREVIOUS_UNIT_STARTUP.uels ={GEN.uels};
PREVIOUS_UNIT_STARTUP.form = 'full';
PREVIOUS_UNIT_STARTUP.type = 'parameter';
INTERVALS_STARTED_AGO.name = 'INTERVALS_STARTED_AGO';
INTERVALS_STARTED_AGO.val = INTERVALS_STARTED_AGO_VAL;
INTERVALS_STARTED_AGO.uels ={GEN.uels};
INTERVALS_STARTED_AGO.form = 'full';
INTERVALS_STARTED_AGO.type = 'parameter';
PUMPUP_PERIOD.name = 'PUMPUP_PERIOD';
PUMPUP_PERIOD.val = PUMPUP_PERIOD_VAL;
PUMPUP_PERIOD.uels ={GEN.uels};
PUMPUP_PERIOD.form = 'full';
PUMPUP_PERIOD.type = 'parameter';
PUMPDOWN_PERIOD.name = 'PUMPDOWN_PERIOD';
PUMPDOWN_PERIOD.val = PUMPDOWN_PERIOD_VAL;
PUMPDOWN_PERIOD.uels ={GEN.uels};
PUMPDOWN_PERIOD.form = 'full';
PUMPDOWN_PERIOD.type = 'parameter';
PREVIOUS_UNIT_PUMPUP.name = 'PREVIOUS_UNIT_PUMPUP';
PREVIOUS_UNIT_PUMPUP.val = PREVIOUS_UNIT_PUMPUP_VAL;
PREVIOUS_UNIT_PUMPUP.uels ={GEN.uels};
PREVIOUS_UNIT_PUMPUP.form = 'full';
PREVIOUS_UNIT_PUMPUP.type = 'parameter';
INTERVALS_PUMPUP_AGO.name = 'INTERVALS_PUMPUP_AGO';
INTERVALS_PUMPUP_AGO.val = INTERVALS_PUMPUP_AGO_VAL;
INTERVALS_PUMPUP_AGO.uels ={GEN.uels};
INTERVALS_PUMPUP_AGO.form = 'full';
INTERVALS_PUMPUP_AGO.type = 'parameter';
ACTUAL_GEN_OUTPUT.name = 'ACTUAL_GEN_OUTPUT';
ACTUAL_GEN_OUTPUT.val = ACTUAL_GEN_OUTPUT_VAL;
ACTUAL_GEN_OUTPUT.uels ={GEN.uels};
ACTUAL_GEN_OUTPUT.form = 'full';
ACTUAL_GEN_OUTPUT.type = 'parameter';
LAST_GEN_SCHEDULE.name = 'LAST_GEN_SCHEDULE';
LAST_GEN_SCHEDULE.val = LAST_GEN_SCHEDULE_VAL;
LAST_GEN_SCHEDULE.uels ={GEN.uels};
LAST_GEN_SCHEDULE.form = 'full';
LAST_GEN_SCHEDULE.type = 'parameter';
RAMP_SLACK_UP.name = 'RAMP_SLACK_UP';
RAMP_SLACK_UP.val = RAMP_SLACK_UP_VAL;
RAMP_SLACK_UP.uels ={GEN.uels};
RAMP_SLACK_UP.form = 'full';
RAMP_SLACK_UP.type = 'parameter';
RAMP_SLACK_DOWN.name = 'RAMP_SLACK_DOWN';
RAMP_SLACK_DOWN.val = RAMP_SLACK_DOWN_VAL;
RAMP_SLACK_DOWN.uels ={GEN.uels};
RAMP_SLACK_DOWN.form = 'full';
RAMP_SLACK_DOWN.type = 'parameter';
LAST_STATUS.name = 'LAST_STATUS';
LAST_STATUS.val = LAST_STATUS_VAL;
LAST_STATUS.uels = {GEN.uels};
LAST_STATUS.form = 'full';
LAST_STATUS.type = 'parameter';
LAST_STATUS_ACTUAL.name = 'LAST_STATUS_ACTUAL';
LAST_STATUS_ACTUAL.val = LAST_STATUS_ACTUAL_VAL;
LAST_STATUS_ACTUAL.uels = {GEN.uels};
LAST_STATUS_ACTUAL.form = 'full';
LAST_STATUS_ACTUAL.type = 'parameter';
ACTUAL_PUMP_OUTPUT.name = 'ACTUAL_PUMP_OUTPUT';
ACTUAL_PUMP_OUTPUT.val = ACTUAL_PUMP_OUTPUT_VAL;
ACTUAL_PUMP_OUTPUT.uels ={GEN.uels};
ACTUAL_PUMP_OUTPUT.form = 'full';
ACTUAL_PUMP_OUTPUT.type = 'parameter';
LAST_PUMP_SCHEDULE.name = 'LAST_PUMP_SCHEDULE';
LAST_PUMP_SCHEDULE.val = LAST_PUMP_SCHEDULE_VAL;
LAST_PUMP_SCHEDULE.uels ={GEN.uels};
LAST_PUMP_SCHEDULE.form = 'full';
LAST_PUMP_SCHEDULE.type = 'parameter';
LAST_PUMPSTATUS.name = 'LAST_PUMPSTATUS';
LAST_PUMPSTATUS.val = LAST_PUMPSTATUS_VAL;
LAST_PUMPSTATUS.uels = {GEN.uels};
LAST_PUMPSTATUS.form = 'full';
LAST_PUMPSTATUS.type = 'parameter';
LAST_PUMPSTATUS_ACTUAL.name = 'LAST_PUMPSTATUS_ACTUAL';
LAST_PUMPSTATUS_ACTUAL.val = LAST_PUMPSTATUS_ACTUAL_VAL;
LAST_PUMPSTATUS_ACTUAL.uels = {GEN.uels};
LAST_PUMPSTATUS_ACTUAL.form = 'full';
LAST_PUMPSTATUS_ACTUAL.type = 'parameter';
clear BUS_DELIVERY_FACTORS GEN_DELIVERY_FACTORS;
GEN_DELIVERY_FACTORS.val=RTC_GEN_DELIVERY_FACTORS_VAL(:,1:HRPU);
GEN_DELIVERY_FACTORS.name='GEN_DELIVERY_FACTORS';
GEN_DELIVERY_FACTORS.form='full';
GEN_DELIVERY_FACTORS.type='parameter';
GEN_DELIVERY_FACTORS.uels={GEN.uels INTERVAL.uels};
BUS_DELIVERY_FACTORS.val=RTC_BUS_DELIVERY_FACTORS_VAL(:,1:HRPU);
BUS_DELIVERY_FACTORS.name='BUS_DELIVERY_FACTORS';
BUS_DELIVERY_FACTORS.form='full';
BUS_DELIVERY_FACTORS.type='parameter';
BUS_DELIVERY_FACTORS.uels={BUS.uels INTERVAL.uels};
if Solving_Initial_Models == 1
LOSS_BIAS.val = 0;
else
% LOSS_BIAS.val = storelosses(max(1,AGC_interval_index-1),1)-abs(RPUMARGINALLOSS(RPU_binding_interval_index-1,2));
LOSS_BIAS.val = storelosses(max(1,AGC_interval_index-1),1)-abs(RTSCEDMARGINALLOSS(RTSCED_binding_interval_index-1,2));
end
LOSS_BIAS.name = 'LOSS_BIAS';
LOSS_BIAS.form = 'full';
LOSS_BIAS.uels = cell(1,0);
LOSS_BIAS.type = 'parameter';
QSC.name='QSC';
QSC.uels={GEN_VAL' RESERVETYPE_VAL'};
QSC.form='FULL';
QSC.type='parameter';
QSC.val=zeros(ngen,nreserve);
for rr=1:nreserve
if RESERVEVALUE.val(rr,res_on)==0
qsc_idx=60*GENVALUE.val(:,su_time)<=RESERVEVALUE.val(rr,res_time);
QSC.val(qsc_idx,rr)=min(GENVALUE.val(qsc_idx,capacity),GENVALUE.val(qsc_idx,min_gen)+GENVALUE.val(qsc_idx,ramp_rate).*(repmat(RESERVEVALUE.val(rr,res_time),size(find(qsc_idx)))-60*GENVALUE.val(qsc_idx,su_time)));
end
end
if ~isempty(GENEFFICIENCYVALUE_VAL)
geneffmwvalues=GENEFFICIENCYVALUE_VAL(:,[2,4,6]);
stoeffmwvalues=PUMPEFFICIENCYVALUE_VAL(:,[2,4,6]);
geneffvalues=GENEFFICIENCYVALUE_VAL(:,[1,3,5]);
stoeffvalues=PUMPEFFICIENCYVALUE_VAL(:,[1,3,5]);
else
geneffmwvalues=[];
stoeffmwvalues=[];
geneffvalues=[];
stoeffvalues=[];
end
GEN_EFFICIENCY_BLOCK.name='GEN_EFFICIENCY_BLOCK';
GEN_EFFICIENCY_BLOCK.uels={STORAGEGENEFFICIENCYBLOCK.uels{1,1} STORAGEGENEFFICIENCYBLOCK.uels{1,2}};
GEN_EFFICIENCY_BLOCK.form='full';
GEN_EFFICIENCY_BLOCK.type='parameter';
GEN_EFFICIENCY_BLOCK.val=geneffvalues;
GEN_EFFICIENCY_MW.name='GEN_EFFICIENCY_MW';
GEN_EFFICIENCY_MW.uels={STORAGEGENEFFICIENCYBLOCK.uels{1,1} STORAGEGENEFFICIENCYBLOCK.uels{1,2}};
GEN_EFFICIENCY_MW.form='full';
GEN_EFFICIENCY_MW.type='parameter';
PUMP_EFFICIENCY_BLOCK.name='PUMP_EFFICIENCY_BLOCK';
PUMP_EFFICIENCY_BLOCK.uels={STORAGEGENEFFICIENCYBLOCK.uels{1,1} STORAGEGENEFFICIENCYBLOCK.uels{1,2}};
PUMP_EFFICIENCY_BLOCK.form='full';
PUMP_EFFICIENCY_BLOCK.type='parameter';
PUMP_EFFICIENCY_BLOCK.val=stoeffvalues;
PUMP_EFFICIENCY_MW.name='PUMP_EFFICIENCY_MW';
PUMP_EFFICIENCY_MW.uels={STORAGEGENEFFICIENCYBLOCK.uels{1,1} STORAGEGENEFFICIENCYBLOCK.uels{1,2}};
PUMP_EFFICIENCY_MW.form='full';
PUMP_EFFICIENCY_MW.type='parameter';
LAST_STARTUP.name='LAST_STARTUP';
LAST_STARTUP.form='full';
LAST_STARTUP.type='parameter';
LAST_STARTUP.uels={GEN.uels};
LAST_STARTUP.val=max(zeros(ngen,1),LAST_STATUS.val-LAST_STATUS_ACTUAL.val);
LAST_SHUTDOWN.name='LAST_SHUTDOWN';
LAST_SHUTDOWN.form='full';
LAST_SHUTDOWN.type='parameter';
LAST_SHUTDOWN.uels={GEN.uels};
LAST_SHUTDOWN.val=max(zeros(ngen,1),LAST_STATUS_ACTUAL.val-LAST_STATUS.val);
gt1=GENVALUE.val(:,pucost);
gt2=GENVALUE.val(:,gen_type);
cond1=gt1==1;
cond2=gt2==7|gt2==10|gt2==16;
cond3=cond1&cond2;
if isempty(VG_FORECAST.val)
cond4=zeros(ngen,1);
else
cond4=(VG_FORECAST.val(1,:)<1)';
end;
cond5=cond4&cond3;
offset_temp1=max(zeros(ngen,1),LAST_GEN_SCHEDULE.val-GENVALUE.val(:,ramp_rate).*IRTC);
offset_temp2=max(offset_temp1,ACTUAL_GEN_OUTPUT.val-GENVALUE.val(:,ramp_rate).*(IRTC+PRTC));
offset_temp2(~cond3)=0;
offset_temp2(~cond5)=0;
PUCOST_BLOCK_OFFSET.name='PUCOST_BLOCK_OFFSET';
PUCOST_BLOCK_OFFSET.form='full';
PUCOST_BLOCK_OFFSET.type='parameter';
PUCOST_BLOCK_OFFSET.uels={GEN.uels};
PUCOST_BLOCK_OFFSET.val=offset_temp2;
GENVALUE.val=GENVALUE_VAL;
STORAGEVALUE.val=STORAGEVALUE_VAL;
BRANCHDATA.val=BRANCHDATA_VAL;
RESERVEVALUE.val=RESERVEVALUE_VAL;
SYSTEMVALUE.val=SYSTEMVALUE_VAL;