diff --git a/.gitignore b/.gitignore
index f0e2666..d6049a3 100644
--- a/.gitignore
+++ b/.gitignore
@@ -1,5 +1,4 @@
-*.Rhistory
-*/.Rhistory
+.Rhistory
 RTS_Data/rts_PLEXOS_data_check
 RTS_Data/rts_PLEXOS.xlsx
 Create_PLEXOS_database/1-parse-matpower/outputs/*.csv
diff --git a/Create_PLEXOS_database/2-create-excel/.Rhistory b/Create_PLEXOS_database/2-create-excel/.Rhistory
index 90865c7..b4f2c5a 100644
--- a/Create_PLEXOS_database/2-create-excel/.Rhistory
+++ b/Create_PLEXOS_database/2-create-excel/.Rhistory
@@ -1,242 +1,70 @@
-install.packages('openxlsx')
-library(rplexos)
-plexos_open('//plexossql/data/moconnel/CA Flexibility Paper/Mark_runs')
-s
-files = plexos_open('//plexossql/data/moconnel/CA Flexibility Paper/Mark_runs')
-View(files)
-View(files)
-db = files[1]
-View(db)
-db = files[,1]
-View(db)
-db = files[1,]
-View(db)
-database = db
-gsub('.*Model ', '', database[1,3])
-plexos_open(c('//plexossql/data/moconnel/CA Flexibility Paper/Mark_runs/1','//plexossql/data/moconnel/CA Flexibility Paper/Mark_runs/2'))
-files = plexos_open(c('//plexossql/data/moconnel/CA Flexibility Paper/Mark_runs/1','//plexossql/data/moconnel/CA Flexibility Paper/Mark_runs/2'))
-View(files)
-query_year(files, 'Generator', 'Generation')
-sum_year(files, 'Generator', 'Generation')
-results = query_year(files, 'Region', 'Load')
-View(results)
-library(dplyr)
-library(data.table)
-library(reshape2)
-library(plyr)
-# Load all files
-mapping = fread('//plexossql/data/moconnel/Gen_CSV_Mapping_Files/GenNamesTEPPC_2024_RPV_dispatch.CSV')
-max.cap.monthly.plexos = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_monthly_fromWECCdb.csv')
-max.cap.static.plexos = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_static_fromWECCdb.csv')
-min.stable.plexos = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_minStable_fromWECCdb.csv')
-max.energy.monthly.plexos = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/hydro_MaxEnergyMonth_fromWECCdb.csv')
-gen_jennie = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_minStable_WECC_jennie.csv')
-View(gen_jennie)
-View(max.cap.monthly.plexos)
-max.cap.monthly.plexos = merge(max.cap.monthly.plexos, mapping, by='name')
-max.cap.static.plexos = merge(max.cap.static.plexos, mapping, by='name')
-min.stable.plexos = merge(min.stable.plexos, mapping, by='name')
-max.energy.monthly.plexos = merge(max.energy.monthly.plexos, mapping, by='name')
-View(max.cap.monthly.plexos)
-unique(max.cap.monthly.plexos$Type)
-unique(max.cap.static.plexos$Type)
-unique(max.energy.monthly.plexos$Type)
-str(max.cap.monthly.plexos)
-max.cap.monthly.plexos <- max.cap.monthly.plexos[Type=='Hydro',]
-View(max.cap.monthly.plexos)
-unique(max.cap.monthly.plexos$Type)
-max.cap.monthly.plexos = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_monthly_fromWECCdb.csv')
-max.cap.monthly.plexos = merge(max.cap.monthly.plexos, mapping, by='name')
-max.cap.monthly.plexos
-unique(max.cap.monthly.plexos$Type)
-View(max.cap.monthly.plexos)
-max.cap.monthly.plexos <- max.cap.monthly.plexos[Type=='Hydro',]
-max.cap.static.plexos <- max.cap.monthly.plexos[Type=='Hydro',]
-min.stable.plexos <- min.stable.plexos[Type=='Hydro',]
-max.energy.monthly.plexos <- max.energy.monthly.plexos[Type=='Hydro',]
-gen_jennie <- gen_jennie[Type=='Hydro',]
-View(max.cap.static.plexos)
-View(max.cap.monthly.plexos)
-View(max.cap.static.plexos)
-max.cap.static.plexos = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_static_fromWECCdb.csv')
-max.cap.static.plexos = merge(max.cap.static.plexos, mapping, by='name')
-max.cap.static.plexos <- max.cap.monthly.plexos[Type=='Hydro',]
-View(max.cap.static.plexos)
-max.cap.static.plexos = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_static_fromWECCdb.csv')
-View(max.cap.static.plexos)
-max.cap.static.plexos = merge(max.cap.static.plexos, mapping, by='name')
-View(max.cap.static.plexos)
-max.cap.static.plexos <- max.cap.static.plexos[Type=='Hydro',]
-View(max.cap.static.plexos)
-length(unique(max.cap.static.plexos$name))
-length(unique(max.cap.monthly.plexos$name))
-test[1] = (unique(max.cap.static.plexos$name)
-)
-test = data.table(monthly = unique(max.cap.monthly.plexos$name), static = unique(max.cap.static.plexos))
-View(test)
-rm(test)
-test = data.table(monthly = unique(max.cap.monthly.plexos$name), static = unique(max.cap.static.plexos))
-View(test)
-test <- data.table(monthly = unique(max.cap.monthly.plexos$name), static = unique(max.cap.static.plexos))
-test1 = unique(max.cap.monthly.plexos$name)
-test2 = unique(max.cap.static.plexos$name)
-test3 = data.table(test1, test2)
-View(test3)
-test3[,diff := test1==test2]
-View(test3)
-sum(test3$diff)
-nrow(test43)
-nrow(test3)
-rm(test, test3, test1, test2)
-View(max.cap.monthly.plexos)
-View(max.cap.static.plexos)
-unique(max.cap.static.plexos$Scenario)
-View(max.cap.monthly.plexos)
-max.cap.monthly.plexos = dcast(max.cap.monthly.plexos, name+TypeSpecific~Month, value.var='Max Capacity')
-View(max.cap.monthly.plexos)
-View(min.stable.plexos)
-unique(min.stable.plexos$scenario)
-min.stable.plexos <- min.stable.plexos[scenario=='Monthly Min Stable Level']
-min.stable.plexos = dcast(min.stable.plexos, name~timeslice, value.var='value')
-View(max.energy.monthly.plexos)
-unique(max.energy.monthly.plexos$scenario)
-max.energy.monthly.plexos <- max.energy.monthly.plexos[scenario=='update from V1.1 to V1.2' | scenario=='']
-View(max.energy.monthly.plexos)
-max.energy.dates = max.energy.monthly.plexos[date.from!=""]
-max.energy.dates = max.energy.dates[grepl(2024, max.energy.dates[,date.from])]
-max.energy.base = max.energy.monthly.plexos[date.from==""]
-max.energy <- rbind(max.energy.base, max.energy.dates)
-max.energy <- data.table(dcast(max.energy, name+timeslice~scenario, value.var='value'))
-View(max.energy)
-max.energy[, value := `update from V1.1 to V1.2`]
-max.energy[is.na(value), value := Var.3]
-View(max.energy)
-max.energy = dcast(max.energy, name~timeslice, value.var='value')
-View(max.energy)
-library(dplyr)
-library(data.table)
-library(reshape2)
-library(plyr)
-# Load all files
-mapping = fread('//plexossql/data/moconnel/Gen_CSV_Mapping_Files/GenNamesTEPPC_2024_RPV_dispatch.CSV')
-max.cap.monthly.plexos = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_monthly_fromWECCdb.csv')
-# max.cap.static.plexos = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_static_fromWECCdb.csv')
-min.stable.plexos = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_minStable_fromWECCdb.csv')
-max.energy.monthly.plexos = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/hydro_MaxEnergyMonth_fromWECCdb.csv')
-gen_jennie = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_minStable_WECC_jennie.csv')
-# Add gen type to files
-max.cap.monthly.plexos = merge(max.cap.monthly.plexos, mapping, by='name')
-# max.cap.static.plexos = merge(max.cap.static.plexos, mapping, by='name')
-min.stable.plexos = merge(min.stable.plexos, mapping, by='name')
-max.energy.monthly.plexos = merge(max.energy.monthly.plexos, mapping, by='name')
-# Remove all non-hydro generators
-max.cap.monthly.plexos <- max.cap.monthly.plexos[Type=='Hydro',]
-# max.cap.static.plexos <- max.cap.static.plexos[Type=='Hydro',]
-min.stable.plexos <- min.stable.plexos[Type=='Hydro',]
-max.energy.monthly.plexos <- max.energy.monthly.plexos[Type=='Hydro',]
-gen_jennie <- gen_jennie[Type=='Hydro',]
-max.energy.monthly.plexos <- max.energy.monthly.plexos[scenario=='update from V1.1 to V1.2' | scenario=='']
-max.energy.dates = max.energy.monthly.plexos[date.from!=""]
-max.energy.dates = max.energy.dates[grepl(2024, max.energy.dates[,date.from])]
-max.energy.base = max.energy.monthly.plexos[date.from==""]
-max.energy <- rbind(max.energy.base, max.energy.dates)
-max.energy <- data.table(dcast(max.energy, name+timeslice~scenario, value.var='value'))
-max.energy[, value := `update from V1.1 to V1.2`]
-max.energy[is.na(value), value := Var.3]
-max.energy.monthly.plexos = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/hydro_MaxEnergyMonth_fromWECCdb.csv')
-min.stable.plexos <- min.stable.plexos[scenario=='Monthly Min Stable Level']
-min.stable.plexos = dcast(min.stable.plexos, name~timeslice, value.var='value')
-# write.csv(min.stable, '//nrelqnap01d/plexos/projects/im3/Thermal_Hydro_Gen_Params/monthlyMinStable_hydro.csv', row.names=FALSE)
-# Extract monthly maximum energy for hydro units from database, and then write csv file
-max.energy.monthly.plexos <- max.energy.monthly.plexos[scenario=='update from V1.1 to V1.2' | scenario=='']
-max.energy.dates = max.energy.monthly.plexos[date.from!=""]
-max.energy.dates = max.energy.dates[grepl(2024, max.energy.dates[,date.from])]
-max.energy.base = max.energy.monthly.plexos[date.from==""]
-max.energy <- rbind(max.energy.base, max.energy.dates)
-max.energy <- data.table(dcast(max.energy, name+timeslice~scenario, value.var='value'))
-max.energy[, value := `update from V1.1 to V1.2`]
-max.energy[is.na(value), value := Var.3]
-# max.energy[is.na(value), value := `MonthlyEnergy with K equal to zero`]
-max.energy = dcast(max.energy, name~timeslice, value.var='value')
-View(max.energy)
-View(gen_jennie)
-gen_maxCap = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_static_WECC_plexos_output.csv')
-View(gen_maxCap)
-gen_maxCap = merge(gen_maxCap, mapping, by='name')
-gen_maxCap = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_static_WECC_plexos_output.csv')
-gen_maxCap = merge(gen_maxCap, mapping, by='name')
-View(gen_maxCap)
-gen_maxCap[Type %in% c('CHP-QF', 'Gas CT', 'Biomass', 'Gas CC', 'Coal', 'Steam', 'Nuclear')]
-gen_maxCap <- gen_maxCap[Type %in% c('CHP-QF', 'Gas CT', 'Biomass', 'Gas CC', 'Coal', 'Steam', 'Nuclear')]
-gen_maxCap_db = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_static_fromWECCdb.csv')
-gen_maxCap_db = merge(gen_maxCap_db, mapping, by='name')
-max.cap.thermal = gen_maxCap_db[Type %in% c('CHP-QF', 'Gas CT', 'Biomass', 'Gas CC', 'Coal', 'Steam', 'Nuclear')]
-max.cap.thermal.noscen = max.cap.thermal[Scenario == '']
-max.cap.thermal.lcgs = max.cap.thermal[Scenario == 'CA_GasFleet_LCGS']
-for ( i in max.cap.thermal.lcgs[,name] ) {
-max.cap.thermal.noscen[name==i, `Max Capacity` := max.cap.thermal.lcgs[name==i, `Max Capacity`]]
-}
-therm.db = max.cap.thermal.noscen
-View(max.cap.thermal.noscen)
-View(gen_maxCap)
-mapping = fread('//plexossql/data/moconnel/Gen_CSV_Mapping_Files/GenNamesTEPPC_2024_RPV_dispatch.CSV')
-gen_maxCap_db = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_static_fromWECCdb.csv')
-gen_maxCap_db = merge(gen_maxCap_db, mapping, by='name')
-max.cap.thermal = gen_maxCap_db[Type %in% c('CHP-QF', 'Gas CT', 'Biomass', 'Gas CC', 'Coal', 'Steam', 'Nuclear')]
-max.cap.thermal.noscen = max.cap.thermal[Scenario == '']
-max.cap.thermal.lcgs = max.cap.thermal[Scenario == 'CA_GasFleet_LCGS']
-for ( i in max.cap.thermal.lcgs[,name] ) {
-max.cap.thermal.noscen[name==i, `Max Capacity` := max.cap.thermal.lcgs[name==i, `Max Capacity`]]
-}
-therm.db = max.cap.thermal.noscen
-gen_maxCap = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_static_WECC_plexos_output.csv')
-gen_maxCap = merge(gen_maxCap, mapping, by='name')
-gen_maxCap <- gen_maxCap[Type %in% c('CHP-QF', 'Gas CT', 'Biomass', 'Gas CC', 'Coal', 'Steam', 'Nuclear')]
-write.csv(gen_maxCap, '//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/plexos_mapCap.csv', row.names=FALSE)
-write.csv(therm.db, '//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/prevoius_mapCap.csv', row.names=FALSE)
-gen_maxCap_db = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_static_fromWECCdb.csv')
-gen_maxCap_db = merge(gen_maxCap_db, mapping, by='name')
-max.cap.thermal = gen_maxCap_db[Type %in% c('CHP-QF', 'Gas CT', 'Biomass', 'Gas CC', 'Coal', 'Steam', 'Nuclear')]
-max.cap.thermal.noscen = max.cap.thermal[Scenario == '']
-max.cap.thermal.lcgs = max.cap.thermal[Scenario == 'CA_GasFleet_LCGS']
-for ( i in max.cap.thermal.lcgs[,name] ) {
-max.cap.thermal.noscen[name==i, `Max Capacity` := max.cap.thermal.lcgs[name==i, `Max Capacity`]]
-}
-View(max.cap.thermal.noscen)
-gen_maxCap = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_static_WECC_plexos_output.csv')
-gen_maxCap = merge(gen_maxCap, mapping, by='name')
-gen_maxCap <- gen_maxCap[Type %in% c('CHP-QF', 'Gas CT', 'Biomass', 'Gas CC', 'Coal', 'Steam', 'Nuclear')]
-write.csv(gen_maxCap, '//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/plexos_maxCap.csv', row.names=FALSE)
-write.csv(therm.db, '//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/prevoius_maxCap.csv', row.names=FALSE)
-gen_maxCap = fread('//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/all_maxCap_static_WECC_plexos_output.csv')
-gen_maxCap = merge(gen_maxCap, mapping, by='name')
-gen_maxCap <- gen_maxCap[Type == 'Hydro']
-View(gen_maxCap)
-write.csv(gen_maxCap, '//nrelqnap01d/plexos/projects/im3/WECC_db_gen_data/plexos_maxCap_hydro.csv', row.names=FALSE)
-library(rplexos)
-process_folder('//nrelqnap01d/plexos/projects/im3/PLEXOS database/Model DA_Nodal_Baseline_IM3_1day_regionLoad Solution/')
-process_folder('//nrelqnap01d/plexos/projects/im3/PLEXOS database/Model DA_Nodal_Baseline_IM3_1day_regionLoad Solution')
-db = plexos_open('//nrelqnap01d/plexos/projects/im3/PLEXOS database/Model DA_Nodal_Baseline_IM3_1day_regionLoad Solution')
-prop = query_property(db)
-View(prop)
-?query_log_steps
-library(rplexos)
-?query_log_steps
-source('C:/Users/moconnel/Documents/RTS-GMLC/Create_PLEXOS_database/1-parse-matpower/parse_matpower.R', echo=TRUE)
-source('C:/Users/moconnel/Documents/RTS-GMLC/Create_PLEXOS_database/2-create-excel/run_PSSE2PLEXOS.R', echo=TRUE)
-source('C:/Users/moconnel/Documents/RTS-GMLC/Create_PLEXOS_database/1-parse-matpower/parse_matpower.R', echo=TRUE)
-source('C:/Users/moconnel/Documents/RTS-GMLC/Create_PLEXOS_database/2-create-excel/run_PSSE2PLEXOS.R', echo=TRUE)
-source('X:/MAGMA/run_html_output_rts.R', echo=TRUE)
-source('X:/MAGMA/run_html_output_rts.R', echo=TRUE)
-source('X:/MAGMA/run_html_output_rts.R', echo=TRUE)
-source('X:/MAGMA/run_html_output_rts.R', echo=TRUE)
-source('X:/MAGMA/run_html_output_rts.R', echo=TRUE)
-source('C:/Users/moconnel/Documents/RTS-GMLC/Create_PLEXOS_database/1-parse-matpower/parse_matpower.R', echo=TRUE)
-source('C:/Users/moconnel/Documents/RTS-GMLC/Create_PLEXOS_database/1-parse-matpower/parse_matpower.R', echo=TRUE)
-traceback()
-storage.csp.da <- fread("../../RTS_Data/storage.csp.da.csv")
-storage.csp.rt <- fread("../../RTS_Data/storage.csp.rt.csv")
-source('C:/Users/moconnel/Documents/RTS-GMLC/Create_PLEXOS_database/1-parse-matpower/parse_matpower.R', echo=TRUE)
-source('C:/Users/moconnel/Documents/RTS-GMLC/Create_PLEXOS_database/2-create-excel/run_PSSE2PLEXOS.R', echo=TRUE)
-source('C:/Users/moconnel/Documents/RTS-GMLC/Create_PLEXOS_database/1-parse-matpower/parse_matpower.R', echo=TRUE)
-source('C:/Users/moconnel/Documents/RTS-GMLC/Create_PLEXOS_database/2-create-excel/run_PSSE2PLEXOS.R', echo=TRUE)
+sessionInfo()
+as.posixct("2024-01-01 00:01:00")
+as.POSIXct("2024-01-01 00:01:00")
+seq(as.POSIXct("2024-01-01 00:01:00"),as.POSIXct("2025-01-01 00:00:00"),by = '5 minute')
+seq(as.POSIXct("2024-01-01 00:01:00"),as.POSIXct("2025-01-01 00:00:00"),by = 'hour')
+seq(as.POSIXct("2024-01-01 01:00:00"),as.POSIXct("2025-01-01 00:00:00"),by = 'hour')
+seq(as.POSIXct("2024-01-01 01:00:00"),as.POSIXct("2025-01-01 00:00:00"),by = 5)
+seq(as.POSIXct("2024-01-01 01:00:00"),as.POSIXct("2025-01-01 00:00:00"),by = 5*60)
+x - seq(as.POSIXct("2024-01-01 01:00:00"),as.POSIXct("2025-01-01 00:00:00"),by = 5*60)
+x = seq(as.POSIXct("2024-01-01 01:00:00"),as.POSIXct("2025-01-01 00:00:00"),by = 5*60)
+x
+hour(x)
+as.hour(x)
+pacman::p_load(lubridate)
+hour(x)
+ts = data.table(Year = year(x),Hour = hour(x),Minute=minute(x),value=0)
+pacman::p_load(lubridate,data.table)
+ts = data.table(Year = year(x),Hour = hour(x),Minute=minute(x),value=0)
+ts
+x = seq(as.POSIXct("2024-01-01 01:00:00"),as.POSIXct("2024-12-31 23:55:00"),by = 5*60)
+ts = data.table(Year = year(x),Hour = hour(x),Minute=minute(x),value=0)
+ts
+write.csv(ts,file='Documents/repos/RTS-GMLC/RTS_Data/timeseries_data_files/hydro/region1_Hydro_RT.csv')
+write.csv(ts,file='Documents/repos/RTS-GMLC/RTS_Data/timeseries_data_files/hydro/region2_Hydro_RT.csv')
+write.csv(ts,file='Documents/repos/RTS-GMLC/RTS_Data/timeseries_data_files/hydro/region3_Hydro_RT.csv')
+write.csv(ts,file='Documents/repos/RTS-GMLC/RTS_Data/timeseries_data_files/hydro/region3_Hydro_RT.csv',row.names = F)
+write.csv(ts,file='Documents/repos/RTS-GMLC/RTS_Data/timeseries_data_files/hydro/region3_Hydro_RT.csv',row.names = F,quote = F)
+ts = data.table(Year = year(x),Hour = hour(x),Minute=minute(x),value=0)
+ts = data.table(Year = year(x),Month = month(x),Day=day(x),Period = (hour(x)-1)*12 + minute(x),value=0)
+ts
+ts = data.table(Year = year(x),Month = month(x),Day=day(x),Period = (hour(x)-1)*12 + minute(x)/5,value=0)
+ts
+5*12*12
+5*12*24
+max(ts$Period)
+ts = data.table(Year = year(x),Month = month(x),Day=day(x),Period = (hour(x))*12 + minute(x)/5,value=0)
+ts
+ts = data.table(Year = year(x),Month = month(x),Day=day(x),Period = ((hour(x)-1)*12 + minute(x))/5,value=0)
+ts
+mintue(x)-1
+minute(x)-1
+minute(x)
+minute(x)/5
+minute(x)/5+1
+(minute(x)/5+1)*(hour(x))
+(minute(x)/5+1)
+(minute(x)/5+1)+(12*hour(x))
+12*24
+ts = data.table(Year = year(x),Month = month(x),Day=day(x),Period = (minute(x)/5+1)+(12*hour(x)),value=0)
+ts
+ts = data.table(Year = year(x),Month = month(x),Day=day(x),Period = (minute(x)/5+1)+(12*(hour(x)-1)),value=0)
+ts
+24*12
+View(ts)
+x = seq(as.POSIXct("2024-01-01 00:00:00"),as.POSIXct("2024-12-31 23:55:00"),by = 5*60)
+ts = data.table(Year = year(x),Month = month(x),Day=day(x),Period = (minute(x)/5+1)+(12*(hour(x))),value=0)
+View(ts)
+write.csv(ts,file='Documents/repos/RTS-GMLC/RTS_Data/timeseries_data_files/hydro/region3_Hydro_RT.csv',row.names = F,quote = F)
+write.csv(ts,file='Documents/repos/RTS-GMLC/RTS_Data/timeseries_data_files/hydro/region2_Hydro_RT.csv',row.names = F,quote = F)
+write.csv(ts,file='Documents/repos/RTS-GMLC/RTS_Data/timeseries_data_files/hydro/region1_Hydro_RT.csv',row.names = F,quote = F)
+setwd('Documents/repos/RTS-GMLC/')
+setwd('Create_PLEXOS_database/')
+source('create_RTS_spreadsheet.R')
+source('1-parse-matpower/parse_matpower.R')
+setwd('../2-create-excel')
+source('run_PSSE2PLEXOS.R')
+prop.table()
+Properties.sheet
+Properties.sheet[property=='Heat Rate']
+Properties.sheet[property=='Heat Rate']