antaresEditObject (version 0.6.4)

createPSP: Create a Pumped Storage Power plant (PSP)

Description

Create a Pumped Storage Power plant (PSP)

Usage

createPSP(
  areasAndCapacities = NULL,
  namePumping = "Psp_In",
  nameTurbining = "Psp_Out",
  hurdleCost = 5e-04,
  timeStepBindConstraint = "weekly",
  efficiency = NULL,
  overwrite = FALSE,
  opts = antaresRead::simOptions()
)
getCapacityPSP(
  area = NULL,
  nameTurbining = "Psp_Out",
  timeStepBindConstraint = "weekly",
  opts = antaresRead::simOptions()
)
editPSP(
  area = NULL,
  capacity = NULL,
  namePumping = "Psp_In",
  nameTurbining = "Psp_Out",
  timeStepBindConstraint = "weekly",
  hurdleCost = 5e-04,
  opts = antaresRead::simOptions()
)

Value

An updated list containing various information about the simulation.

getCapacityPSP() returns PSP capacity of the area

Arguments

areasAndCapacities

A data.frame with 2 columns installedCapacity and area.

namePumping

The name of the pumping area

nameTurbining

The name of the turbining area

hurdleCost

The cost of the PSP

timeStepBindConstraint

Time step for the binding constraint : daily or weekly

efficiency

The efficiency of the PSP

overwrite

Overwrite the Pumped Storage Power plant if already exist. This will overwrite the previous area and links.

opts

List of simulation parameters returned by the function antaresRead::setSimulationPath()

area

an area name

capacity

PSP capacity for the area

Examples

if (FALSE) {

library(antaresEditObject)
path<-pathToYourStudy
opts<-setSimulationPath(path, simulation = "input")
pspData<-data.frame(area=c("a", "b"), installedCapacity=c(800,900))

createPSP(pspData, efficiency = 0.8)

createPSP(pspData, efficiency = 0.66, overwrite = TRUE)
createPSP(pspData, efficiency = 0.98, timeStepBindConstraint = "daily")
getAreas()

}

if (FALSE) {

getCapacityPSP("a")
editPSP("a", capacity = 8000, hurdleCost = 0.1)
getCapacityPSP("a")

areaName<-"suisse"
createArea(areaName, overwrite = TRUE)
pspData<-data.frame(area=c(areaName), installedCapacity=c(9856))
createPSP(pspData, efficiency = 0.5, overwrite = TRUE, timeStepBindConstraint = "daily")

getCapacityPSP(areaName, timeStepBindConstraint = "daily")


}