relsad documentation

Contents:

  • Installation
  • Usage
    • Tutorial
      • Traditional power system, system setup
      • Traditional power system, Monte Carlo
      • Traditional power system, Sequential
      • Active power systems
    • CINELDI example
  • Background
    • Components
      • Battery behavior
      • Load and Generation unit implementation
      • Implementation of electric vehicles and vehicle to grid
      • Switches
      • Controller
      • Sensor
    • Load flow
      • Backward-Forward sweep
      • Load shedding optimization problem
    • Power System Reliability
      • Markov models
      • Reliability indices
  • Input data
    • Load profile preparation
    • Wind power preparation
  • API
    • load
    • loadflow
      • ac
        • accumulate_load
        • calc_bus_voltage_sensitivity_single_phase
        • configure_bfs_load_flow_setup
        • get_load
        • run_bfs_load_flow
        • update_voltage
    • network
      • components
        • Battery
        • BatteryState
        • BatteryType
        • Bus
        • CircuitBreaker
        • Component
        • Controller
        • ControllerState
        • Disconnector
        • DistributionController
        • EVPark
        • ICTLine
        • ICTNode
        • IntelligentSwitch
        • IntelligentSwitchState
        • Line
        • MainController
        • ManualMainController
        • MicrogridController
        • MicrogridMode
        • Production
        • Sensor
        • SensorState
      • containers
        • Section
        • SectionState
      • systems
        • Distribution
        • ICTNetwork
        • Microgrid
        • PowerNetwork
        • PowerSystem
        • SubSystem
        • Transmission
    • reliability
      • indices
        • ASAI
        • ASUI
        • CAIDI
        • ENS
        • EV_Duration
        • EV_Index
        • EV_Interruption
        • SAIDI
        • SAIFI
    • results
      • storage
        • save_history
        • save_monte_carlo_history_from_dict
    • simulation
      • simulation
        • add_bus
        • find_sub_systems
        • merge_monte_carlo_child_network_history
        • merge_monte_carlo_comp_history
        • merge_monte_carlo_history
        • plot_obj_history
        • prepare_system
        • reset_system
        • save_obj_history
        • save_sequence_history
        • set_slack
        • try_to_add_connected_lines
        • update_backup_lines_between_sub_systems
        • update_sub_system_slack
        • Simulation
    • Distributions and tables
      • StatDist
        • GammaParameters
        • NormalParameters
        • StatDist
        • StatDistType
        • UniformParameters
      • Table
        • Table
    • Time and timestamp
      • Time
        • relsad.Time.Time.convert_unit
        • relsad.Time.Time.get_days
        • relsad.Time.Time.get_hours
        • relsad.Time.Time.get_minutes
        • relsad.Time.Time.get_months
        • relsad.Time.Time.get_seconds
        • relsad.Time.Time.get_unit_quantity
        • relsad.Time.Time.get_weeks
        • relsad.Time.Time.get_years
        • relsad.Time.Time.DAY_per_WEEK
        • relsad.Time.Time.HOUR_per_DAY
        • relsad.Time.Time.MIN_per_HOUR
        • relsad.Time.Time.MONTH_per_YEAR
        • relsad.Time.Time.SEC_per_MIN
        • relsad.Time.Time.WEEK_per_MONTH
      • TimeUnit
        • relsad.Time.TimeUnit.SECOND
        • relsad.Time.TimeUnit.MINUTE
        • relsad.Time.TimeUnit.HOUR
        • relsad.Time.TimeUnit.DAY
        • relsad.Time.TimeUnit.WEEK
        • relsad.Time.TimeUnit.MONTH
        • relsad.Time.TimeUnit.YEAR
      • TimeStamp
        • relsad.Time.TimeStamp.get_hour_of_day
    • Utilities
      • utils
        • convert_yearly_fail_rate
        • eq
        • get_random_instance
        • interpolate
        • intersection
        • random_choice
        • subtract
        • unique
    • visualization
      • plotting
        • plot_history
        • plot_history_last_state
        • plot_monte_carlo_history
        • plot_topology
  • References
Theme by the Executable Book Project
  • .rst

Background

Background#

This page presents the implementation background of many of the features found in RELSAD. It is structured in the following way:

Contents:

  • Components
    • Battery behavior
    • Load and Generation unit implementation
    • Implementation of electric vehicles and vehicle to grid
    • Switches
    • Controller
    • Sensor
  • Load flow
    • Backward-Forward sweep
    • Load shedding optimization problem
  • Power System Reliability
    • Markov models
    • Reliability indices

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CINELDI example

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Components

By Stine Fleischer Myhre
© Copyright 2022, Stine Fleischer Myhre.