WTtype3 Class Reference

Type 3 wind turbine with DFIG, RSC/GSC converters, and filter. More...

#include <WT_type_3.h>

Inheritance diagram for WTtype3:

Collaboration diagram for WTtype3:

Public Member Functions
	WTtype3 (const string &symbol, const std::string &location, const vector< double > &parameters)
	Construct a Type 3 wind turbine from a parameter vector.
	~WTtype3 ()
Public Member Functions inherited from RES_base
	RES_base (const string &symbol, const std::string &location)
	Construct a three-phase RES element.
	~RES_base ()=default
void	computePowerFlow (std::map< std::string, double > &branchData, std::map< std::string, double > &globalParams) const override
	Compute branch power-flow quantities (override in derived classes).
Public Member Functions inherited from Element
	Element (const std::string &symbol, const std::string &location, int inputPins, int outputPins)
	Construct an element with symbol, location, and pin counts.
virtual	~Element ()
	Virtual destructor for derived-class cleanup.
int	getInputPins () const
	Get the number of input pins/phases.
int	getOutputPins () const
	Get the number of output pins/phases.
void	setInputPins (int pins)
	Set the number of input pins/phases.
void	setOutputPins (int pins)
	Set the number of output pins/phases.
void	setTransformation (bool flag)
	Enable or disable coordinate transformation for this element.
std::string	getElementSymbol () const
	Get the element type symbol.
std::vector< Bus * >	getBuses ()
	Collect all buses connected to this element.
int	getBusIndex (Bus *bus)
	Find the terminal index associated with a given bus.
Bus *	getOtherBus (Bus *)
	Get the bus connected at the opposite terminal from a given bus.
const std::map< Bus *, int > &	getConnections () const
	Const access to the bus-to-terminal connection map.
std::map< Bus *, int >	getConnections ()
	Copy of the bus-to-terminal connection map.
string	getElementLocation () const
	Get the element's grid or partition location label.
void	attachBus (Bus *, int)
	Attach a bus to a specific element terminal.
void	printElementInfo () const
	Print basic element metadata (symbol, input/output pin counts).
virtual void	printElementValues ()
	Print extended element-specific values (override in derived classes).
void	writeFile (double start_frequency, double end_frequency, int number_of_points)
	Write Y-parameter matrix samples over a frequency sweep to a file.
void	plotYParameters (double start_frequency, double end_frequency, int number_of_points)
	Plot Y-parameter matrix entries versus frequency.
virtual void	plotEigenvalues ()
	Plot eigenvalues of the element model (override in state-space elements).
virtual void	plotParticipationFactors ()
	Plot participation factors (override in state-space elements).
virtual std::vector< std::vector< complex< double > > >	compute_y_parameters (double frequency)
	Compute complex Y-parameters at a single frequency.
virtual DenseMatrix	get_y_parameters ()
	Get the symbolic or stored Y-parameter matrix.
virtual std::vector< std::vector< complex< double > > >	apply_transformation (std::vector< std::vector< complex< double > > > &Y1, std::vector< std::vector< complex< double > > > &Y2)
	Apply a coordinate or coupling transformation to Y-parameter blocks.
virtual void	writeMNAmatrix (SymEngine::DenseMatrix &, std::unordered_map< Bus *, int > &, int, std::map< Element *, std::vector< RCP< const Basic > > > &)
	Stamp this element into the symbolic MNA matrix (override in derived classes).
virtual int	getNumberOfInternalStates () const
	Number of internal state variables for dynamic elements.
virtual int	getNumberOfPlantStates () const
	Number of plant states exposed for simulation (may differ from internal states).
virtual std::vector< MatrixXcd >	simulateInputStep (const std::vector< MatrixXcd > &states, int nKeep) const
	Simulate a step response given input states (override in dynamic elements).
virtual std::vector< RCP< const Basic > >	getVirtualInputSymbols () const
	Return symbolic names for virtual inputs used in stamping.
virtual map_basic_basic	getParameterSubstitutions () const
	Return parameter substitutions for symbolic evaluation.
std::map< std::string, double >	getOPFInfo () const
	Get stored OPF-related metadata for this element.
void	setOPFInfo (std::map< std::string, double > &info)
	Store OPF-related metadata for this element.

Friends
class	PowerFlow

Additional Inherited Members
Protected Attributes inherited from Element
bool	transformation = false
std::string	element_symbol
std::string	element_location
int	input_pins
int	output_pins
std::map< Bus *, int >	connections
std::map< std::string, double >	element_OPF_info = {}
DenseMatrix	Y_matrix

Detailed Description

Type 3 wind turbine with DFIG, RSC/GSC converters, and filter.

Constructor & Destructor Documentation

WTtype3()

WTtype3::WTtype3	(	const string &	symbol,
		const std::string &	location,
		const vector< double > &	parameters
	)

Construct a Type 3 wind turbine from a parameter vector.

Parameters

symbol	Element identifier.
location	Network area or location string.
parameters	Packed electrical, control, and filter parameters.

References createZeroMatrix(), j, s, and Element::Y_matrix.

~WTtype3()

WTtype3::~WTtype3 ( )

inline

Friends And Related Symbol Documentation

PowerFlow

friend class PowerFlow

friend

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The documentation for this class was generated from the following files:

• harmony/src/Elements/RES/WT_type_3.h
• harmony/src/Elements/RES/WT_type_3.cpp