1.4. Disturbance description
The following options change how a pre-defined scenario is described and used. These should be added to a dst file and loaded to the simulation cases through pyramses.case.addDst. For instance:
import pyramses
case = pyramses.cfg()
case.addDst('short_circ.dst')
If you are looking how to put distrubance description in an interactive manner, please check pyramses.sim.Disturb.
- time CONTINUE SOLVER disc_meth max_h min_h latency upd_over
Sets the parameters for the simulation.
- Parameters
time (float (seconds)) – Time of the event
disc_meth (str) – Discretization method: TR: Trapezoidal, BE: Backward Euler, BD: BDF2
max_h (float (seconds)) – Maximum time-step
min_h (float (seconds)) – Minimum time-step
latency (float (per-unit)) – Latency tolerance (default: 0.0). Parameters for latency [AFC14].
upd_over (str) – Jacobian update override ALL: Update all injectors and network, NET: Update only network, ABL: Update only injectors, IBL: Update all injectors and network, NOT: Do not override
- time STOP
Stops the simulation. It needs to be always the last command in a file.
- Parameters
time (float (seconds)) – Time of the event
- time BREAKER BRANCH name_of_line orig_break extrem_break
Trip a line or transformer.
- time BREAKER SYNC_MACH name_of_synch_mach breaker
Trip a generator.
- time BREAKER INJ name_of_inj breaker
Trip an injector.
- time FAULT BUS name_of_bus rfault xfault
Apply 3-phase short-circuit to bus. Applying a fault to a line requires to create a virtual bus splitting the line and apply the fault on that virtual bus.
It has to be followed by the command CLEAR BUS (see below).
- time CLEAR BUS name_of_bus
Clears 3-phase short-circuit to bus. It has to be followed by the command FAULT BUS (see above).