Compute reward function with the 5 simulations method. Called for each area of MultiStock_H2_Investment_reward_compute_once. If they are several areas, the trajectories of the other storage are fixed on their optimal trend.

Compute reward function with the 5 simulations method. Called for each area of MultiStock_H2_Investment_reward_compute_once. If they are several areas, the trajectories of the other storage are fixed on their optimal trend.

Usage

calculateRewardsSimulations(
  node,
  list_areas,
  list_efficiency,
  opts,
  mcyears,
  prefix,
  sim_number = 5,
  optimal_traj,
  max_power_invest,
  list_max_hydro
)

Arguments

node

Character. Name of the area where the reward is computed

list_areas

Vector of characters of the names of areas to optimize.

list_efficiency

Vector of numeric with pumping efficiency for the area with corresponding index in list_areas.

opts

List of study parameters returned by the function antaresRead::setSimulationPath(simulation="input") in input mode.

mcyears

Vector of integers. Monte Carlo years to run simulations

prefix

Character. Prefix of the simulation.

sim_number

Integer. Number of simulations.

optimal_traj

Data frame containing optimal trajectory for all areas

max_power_invest

Double. Sum of upper bounds of candidates for the node.

list_max_hydro

List of vectors. Giving max generating capacity and pumping capacity for each area.

Value

a data_frame containing the rewards returned by the function antaresWaterValues::get_Reward()