Toggle navigation sidebar
Toggle in-page Table of Contents
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
.rst
.pdf
Controller
Controller
#
class
relsad.network.components.
Controller
[source]
#
Controller.run_control_loop
(curr_time, dt)