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vTechNewCap(tech, region, year)
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\({\bf vTechNewCap}_{h,r,y}\)
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New capacity
|
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vTechRetiredStock(tech, region, year)
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\({\bf vTechRetiredStock}_{h,r,y}\)
|
Early retired stock
|
|
vTechRetiredNewCap(tech, region, year, year)
|
\({\bf vTechRetiredNewCap}_{h,r,y,y}\)
|
Early retired new capacity
|
|
vTechCap(tech, region, year)
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\({\bf vTechCap}_{h,r,y}\)
|
Total capacity of the technology
|
|
vTechAct(tech, region, year, slice)
|
\({\bf vTechAct}_{h,r,y,l}\)
|
Activity level of technology
|
|
vTechInp(tech, comm, region, year, slice)
|
\({\bf vTechInp}_{h,c,r,y,l}\)
|
Input level
|
|
vTechOut(tech, comm, region, year, slice)
|
\({\bf vTechOut}_{h,c,r,y,l}\)
|
Output level
|
|
vTechAInp(tech, comm, region, year, slice)
|
\({\bf vTechAInp}_{h,c,r,y,l}\)
|
Auxiliary commodity input
|
|
vTechAOut(tech, comm, region, year, slice)
|
\({\bf vTechAOut}_{h,c,r,y,l}\)
|
Auxiliary commodity output
|
|
vSupOut(sup, comm, region, year, slice)
|
\({\bf vSupOut}_{u,c,r,y,l}\)
|
Output of supply
|
|
vSupReserve(sup, comm, region)
|
\({\bf vSupReserve}_{u,c,r}\)
|
Total supply reserve
|
|
vDemInp(comm, region, year, slice)
|
\({\bf vDemInp}_{c,r,y,l}\)
|
Input to demand
|
|
vOutTot(comm, region, year, slice)
|
\({\bf vOutTot}_{c,r,y,l}\)
|
Total commodity output (consumption is not substracted)
|
|
vInpTot(comm, region, year, slice)
|
\({\bf vInpTot}_{c,r,y,l}\)
|
Total commodity input
|
|
vInp2Lo(comm, region, year, slice, slice)
|
\({\bf vInp2Lo}_{c,r,y,l,l}\)
|
Desagregation of slices for input parent to (grand)child
|
|
vOut2Lo(comm, region, year, slice, slice)
|
\({\bf vOut2Lo}_{c,r,y,l,l}\)
|
Desagregation of slices for output parent to (grand)child
|
|
vSupOutTot(comm, region, year, slice)
|
\({\bf vSupOutTot}_{c,r,y,l}\)
|
Total commodity supply
|
|
vTechInpTot(comm, region, year, slice)
|
\({\bf vTechInpTot}_{c,r,y,l}\)
|
Total commodity input to technologies
|
|
vTechOutTot(comm, region, year, slice)
|
\({\bf vTechOutTot}_{c,r,y,l}\)
|
Total commodity output from technologies
|
|
vStorageInpTot(comm, region, year, slice)
|
\({\bf vStorageInpTot}_{c,r,y,l}\)
|
Total commodity input to storage
|
|
vStorageOutTot(comm, region, year, slice)
|
\({\bf vStorageOutTot}_{c,r,y,l}\)
|
Total commodity output from storage
|
|
vStorageAInp(stg, comm, region, year, slice)
|
\({\bf vStorageAInp}_{s,c,r,y,l}\)
|
Aux-commodity input to storage
|
|
vStorageAOut(stg, comm, region, year, slice)
|
\({\bf vStorageAOut}_{s,c,r,y,l}\)
|
Aux-commodity input from storage
|
|
vDummyImport(comm, region, year, slice)
|
\({\bf vDummyImport}_{c,r,y,l}\)
|
Dummy import (for debugging)
|
|
vDummyExport(comm, region, year, slice)
|
\({\bf vDummyExport}_{c,r,y,l}\)
|
Dummy export (for debugging)
|
|
vStorageInp(stg, comm, region, year, slice)
|
\({\bf vStorageInp}_{s,c,r,y,l}\)
|
Storage input
|
|
vStorageOut(stg, comm, region, year, slice)
|
\({\bf vStorageOut}_{s,c,r,y,l}\)
|
Storage output
|
|
vStorageStore(stg, comm, region, year, slice)
|
\({\bf vStorageStore}_{s,c,r,y,l}\)
|
Storage level
|
|
vStorageInv(stg, region, year)
|
\({\bf vStorageInv}_{s,r,y}\)
|
Storage investments
|
|
vStorageEac(stg, region, year)
|
\({\bf vStorageEac}_{s,r,y}\)
|
Storage EAC investments
|
|
vStorageCap(stg, region, year)
|
\({\bf vStorageCap}_{s,r,y}\)
|
Storage capacity
|
|
vStorageNewCap(stg, region, year)
|
\({\bf vStorageNewCap}_{s,r,y}\)
|
Storage new capacity
|
|
vImport(comm, region, year, slice)
|
\({\bf vImport}_{c,r,y,l}\)
|
Total regional import (Ir + ROW)
|
|
vExport(comm, region, year, slice)
|
\({\bf vExport}_{c,r,y,l}\)
|
Total regional export (Ir + ROW)
|
|
vTradeIr(trade, comm, region, region, year, slice)
|
\({\bf vTradeIr}_{d,c,r,r,y,l}\)
|
Total physical trade flows between regions
|
|
vTradeIrAInp(trade, comm, region, year, slice)
|
\({\bf vTradeIrAInp}_{d,c,r,y,l}\)
|
Trade auxilari input
|
|
vTradeIrAInpTot(comm, region, year, slice)
|
\({\bf vTradeIrAInpTot}_{c,r,y,l}\)
|
Trade total auxilari input
|
|
vTradeIrAOut(trade, comm, region, year, slice)
|
\({\bf vTradeIrAOut}_{d,c,r,y,l}\)
|
Trade auxilari output
|
|
vTradeIrAOutTot(comm, region, year, slice)
|
\({\bf vTradeIrAOutTot}_{c,r,y,l}\)
|
Trade auxilari output total
|
|
vExportRowAccumulated(expp, comm)
|
\({\bf vExportRowAccumulated}_{x,c}\)
|
Accumulated export to ROW
|
|
vExportRow(expp, comm, region, year, slice)
|
\({\bf vExportRow}_{x,c,r,y,l}\)
|
Export to ROW
|
|
vImportRowAccumulated(imp, comm)
|
\({\bf vImportRowAccumulated}_{m,c}\)
|
Accumulated import from ROW
|
|
vImportRow(imp, comm, region, year, slice)
|
\({\bf vImportRow}_{m,c,r,y,l}\)
|
Import from ROW
|
|
vTradeCap(trade, year)
|
\({\bf vTradeCap}_{d,y}\)
|
Trade capacity
|
|
vTradeInv(trade, region, year)
|
\({\bf vTradeInv}_{d,r,y}\)
|
Investment in trade capacity (overnight)
|
|
vTradeEac(trade, region, year)
|
\({\bf vTradeEac}_{d,r,y}\)
|
Investment in trade capacity (EAC)
|
|
vTradeNewCap(trade, year)
|
\({\bf vTradeNewCap}_{d,y}\)
|
New trade capacity
|
|
vTotalUserCosts(region, year)
|
\({\bf vTotalUserCosts}_{r,y}\)
|
Total additional costs (set by user)
|