Line#

class relsad.network.components.Line(name: str, fbus: relsad.network.components.Bus.Bus, tbus: relsad.network.components.Bus.Bus, r: float, x: float, repair_time_dist: relsad.StatDist.StatDist.StatDist = <relsad.StatDist.StatDist.StatDist object>, s_ref: float = 1, v_ref: float = 12.66, rho: float = 1.72e-08, area: float = 6.452e-05, fail_rate_density_per_year: float = 0.0, capacity: float = 100, connected=True)[source]#

A class used to represent an electrical Line

…

name#

Name of the line

Type: str

is_backup#

Decides if the line is a backup line

Type: bool

fbus#

Sending bus

Type: Bus

tbus#

Receiving bus

Type: Bus

disconnectors#

List of disconnectors connected to the line

Type: list

circuitbreaker#

Circuit breaker connected to the line

Type: CircuitBreaker

parent_network#

The parent network of the line

Type: PowerNetwork

section#

The section the line belongs to

Type: Section

s_ref#

Reference apperet power [MVA]

Type: float

v_ref#

Reference voltage [kV]

Type: float

r_ref#

Reference resistance [Ohm]

Type: float

r#

Resistance [Ohm]

Type: float

x#

Reactance [Ohm]

Type: float

r_pu#

The pu value of the resistance

Type: float

x_pu#

The pu value of the reactance

Type: float

area#

The cross-sectional area [m^2]

Type: float

rho#

The resistivity of the line [Ohm*m]

Type: float

length#

Length of line [km]

Type: float

capacity#

The capacity of the line [MW]

Type: float

ploss#

The active power loss over the line [MW]

Type: float

qloss#

The reactive power loss over the line [MVar]

Type: float

fail_rate_per_year#

Failure rate per year [fault/year/km]

Type: float

repair_time_dist#

The repair time of the line [hours/fault]

Type: StatDist

connected#

Indicates if the line is connected or disconnected

Type: bool

failed#

Failure status of the line

Type: bool

remaining_outage_time#

The remaining outage time of the line

Type: Time

sensor#

The sensor(s) connected to the line

Type: Sensor

history#

Dictonary attribute that stores the historic variables

Type: dict

set_backup()[source]#: Sets the backup lines and opens the disconnectors connected to the backup line

disconnect()[source]#: Disconnects a line and removes the line for the list of lines

connect()[source]#: Connects a line and append the line to the list of lines

draw_repair_time(dt)[source]#: Decides and returns the repair time of the line based on a statistical distribution

fail(dt)[source]#: Sets the fail status of the line to True and opens the connected disconnectors and the connected circuit breaker

not_fail()[source]#: Sets the fail status of the line to False and closes the connected disconnectors and connected circuit breaker

change_direction()[source]#: Changes the direction of the line

update_fail_status(dt)[source]#: Updates the fail status of the line

get_line_load()[source]#: Returns the flow over the line in PU values

get_line_loading()[source]#: Returns the loading of the line in percentage

print_status()[source]#: Prints the line status

get_disconnetors()#: Returns the connected disconnectors

add_parent_network(network)[source]#: Adds the parent network to the line

initialize_history()[source]#: Initialize the history variables

update_history(prev_time, curr_time, save_flag)[source]#: Updates the history variables

get_history(attribute)[source]#: Returns the history variables of an attribute

add_random_instance(random_gen)[source]#: Adds global random seed

reset_status()[source]#: Resets and sets the status of the class parameters

reset_load_flow_data()[source]#: Resets the variables used in the load flow analysis

get_switches()[source]#

Returns the switches on the line

`Line.add_parent_network`(network)	Adds the parent network to the line
`Line.add_random_instance`(random_gen)	Adds global random seed
`Line.change_direction`()	Changes the direction of the line
`Line.connect`()	Connects a line and append the line to the list of lines
`Line.disconnect`()	Disconnects a line and removes the line from the list of lines
`Line.draw_repair_time`(dt)	Decides and returns the repair time of the line based on a statistical distribution
`Line.fail`(dt)	Sets the fail status of the line to False and opens the connected disconnectors and the connected circuit breaker
`Line.get_disconnectors`()	Returns the connected disconnectors
`Line.get_history`(attribute)	Returns the history variables of an attribute
`Line.get_line_load`()	Returns the flow over the line in PU values
`Line.get_line_loading`()	Returns the loading of the line in percentage
`Line.get_switches`()	Returns the switches on the line
`Line.initialize_history`()	Initializes the history variables
`Line.not_fail`()	Sets the fail status of the line to False and closes the connected disconnectors and connected circuit breaker
`Line.print_status`()	Prints the line status
`Line.reset_load_flow_data`()	Resets the variables used in the load flow analysis
`Line.reset_status`(save_flag)	Resets and sets the status of the class parameters
`Line.set_backup`()	Sets the backup lines and opens the disconnectors connected to the backup line
`Line.update_fail_status`(dt)	Updates the fail status of the line
`Line.update_history`(prev_time, curr_time, ...)	Updates the history variables

`Line.handle`
`Line.lineCount`
`Line.linestyle`
`Line.ps_random`

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Line

Line#