OpenIPSL.Examples.OpenCPS.NoiseInjections

Models for node injection on electrical nodes

Package Content

Name Description
OpenIPSL.Examples.OpenCPS.NoiseInjections.WhiteNoiseInjection WhiteNoiseInjection This model injects white noise in the electrical node
OpenIPSL.Examples.OpenCPS.NoiseInjections.WienerProcessInjection WienerProcessInjection This model injects noise via Wiener process in the electrical node
OpenIPSL.Examples.OpenCPS.NoiseInjections.BaseClass BaseClass Base class for noise injection to electrical node

OpenIPSL.Examples.OpenCPS.NoiseInjections.WhiteNoiseInjection OpenIPSL.Examples.OpenCPS.NoiseInjections.WhiteNoiseInjection

This model injects white noise in the electrical node

Information

This model injects white noise to the electrical node via active power value, i.e. P. Reactive power, Q, is set to 0 and no noise is injected there.

Extends from BaseClass (Base class for noise injection to electrical node).

Parameters

NameDescription
active_muExpectation value active power noise
active_sigmaStandard deviation active power noise
samplePeriodSample period

Connectors

NameDescription
pin 

OpenIPSL.Examples.OpenCPS.NoiseInjections.WienerProcessInjection OpenIPSL.Examples.OpenCPS.NoiseInjections.WienerProcessInjection

This model injects noise via Wiener process in the electrical node

Information

This model injects noise to the electrical node via the derivative of the active power value, i.e. der(P). Reactive power, Q, is set to 0 and no noise is injected there.

Extends from BaseClass (Base class for noise injection to electrical node).

Parameters

NameDescription
active_muExpectation value active power noise
active_sigmaStandard deviation active power noise
samplePeriodSample period

Connectors

NameDescription
pin 

OpenIPSL.Examples.OpenCPS.NoiseInjections.BaseClass OpenIPSL.Examples.OpenCPS.NoiseInjections.BaseClass

Base class for noise injection to electrical node

Information

This model is used as base for building the node injections into electrical nodes via consumption of active and reactive powers, i.e. P and Q, respectively. These variables are changed differently according to the noise injection procedure in which the extended models are based on.

Parameters

NameDescription
active_muExpectation value active power noise
active_sigmaStandard deviation active power noise
samplePeriodSample period

Connectors

NameDescription
pin 
Automatically generated Thu Oct 6 17:41:43 2022.