This is machine translation
Translated by 
Mouseover text to see original. Click the button below to return to the English version of the page.
Note: This page has been translated by MathWorks. Click here to see
To view all translated materials including this page, select Country from the country navigator on the bottom of this page.
To view all translated materials including this page, select Country from the country navigator on the bottom of this page.
Simscape Power Systems Blocks - By Category
Alphabetical List
By Category
Simscape Components
Control
| ASM Current Controller | Discrete-time PI-based asynchronous machine current control |
| ASM Direct Torque Control | Asynchronous machine direct torque control |
| ASM Direct Torque Control with Space Vector Modulator | Asynchronous machine direct torque control structure with space vector modulator |
| ASM Field-Oriented Control | Asynchronous machine field-oriented control |
| ASM Scalar Control | Asynchronous machine V/f control |
| BLDC Commutation Logic | Commutation logic for brushless DC motors |
| BLDC Current Controller | Discrete-time PI-based Brushless DC Motor current control |
| BLDC Current Controller with PWM Generation | Brushless DC motor current control with pulse width modulation generation |
| DC-DC Voltage Controller | Discrete-time PI-based DC-DC voltage control with feedforward and anti-windup gain |
| Three-Phase Bridge Cycloconverter Voltage Controller | PI-based RMS voltage control for three-phase bridge cycloconverters |
| Thyristor Rectifier Voltage Controller | Discrete-time PI-based DC-link voltage control for thyristor rectifiers |
| Discrete PI Controller | Discrete-time PI controller with external anti-windup input |
| Discrete PI Controller with Integral Anti-Windup | Discrete-time PI control with integral anti-windup |
| Filtered Derivative (Discrete or Continuous) | Discrete-time or continuous-time filtered derivative |
| Integrator (Discrete or Continuous) | Discrete-time or continuous-time integrator |
| Integrator with Wrapped State (Discrete or Continuous) | Discrete-time or continuous-time integrator with wrapped state |
| Lead-Lag (Discrete or Continuous) | Discrete-time or continuous-time lead-lag compensator |
| Low-Pass Filter (Discrete or Continuous) | Discrete-time or continuous-time low-pass filter |
| Model Reference Adaptive Controller | Discrete-time PID-based model reference adaptive control |
| RST Controller | Predictive control using a polynomial representation |
| Sliding Mode Controller | Hysteresis-based sliding mode control |
| Smith Predictor Controller | Discrete-time Smith dead-time compensator |
| State-Feedback Controller | Discrete-time state-feedback controller with integral action |
| Washout (Discrete or Continuous) | Discrete-time or continuous-time washout or high-pass filter |
| DC Current Controller | Discrete-time PI-based DC current control |
| DC Voltage Controller | Discrete-time PI-based DC voltage control with feedforward zero cancellation and anti-windup gain |
| Three-Phase Hysteresis Current Controller | Three-phase hysteresis current control |
| Velocity Controller | Discrete-time velocity controller |
| Clarke to Park Angle Transform | Implement αβ0 to dq0 transform |
| Clarke Transform | Implement abc to αβ0 transform |
| Inverse Clarke Transform | Implement αβ0 to abc transform |
| Inverse Park Transform | Implement dq0 to abc transform |
| Inverse Symmetrical-Components Transform | Implement +-0 to abc transform |
| Park to Clarke Angle Transform | Implement dq0 to αβ0 transform |
| Park Transform | Implement abc to dq0 transform |
| Symmetrical-Components Transform | Implement abc to +-0 transform |
| Power Measurement | Measure single-phase real and reactive power |
| RMS Measurement | Measure root-mean-square (RMS) properties of a signal |
| Sinusoidal Measurement (PLL) | Estimate sinusoidal characteristics using a phase-locked loop |
| Three-Phase Power Measurement | Measure three-phase real and reactive power |
| Three-Phase Sinusoidal Measurement (PLL) | Estimate three-phase sinusoidal characteristics using a phase-locked loop |
| ASM Flux Observer | Asynchronous machine flux observer |
| Luenberger Observer | Discrete-time Luenberger observer |
| PMSM Current Controller | Permanent magnet synchronous machine current controller |
| PMSM Current Controller with Pre-Control | Permanent magnet synchronous machine current controller with pre-control |
| PMSM Current Reference Generator | Permanent magnet synchronous machine current reference generator |
| PMSM Field-Oriented Control | Permanent magnet synchronous machine field-oriented control |
| PMSM Field-Weakening Controller | Permanent magnet synchronous machine field-weakening controller |
| PMSM Torque Estimator | Permanent magnet synchronous machine torque estimator |
| d-q Voltage Limiter | Limit voltage in the rotor direct-quadrature reference frame |
| PWM Generator | Generate pulse width modulated signal |
| PWM Generator (Three-phase, Three-level) | Generate three-phase, three-level pulse width modulated waveform |
| PWM Generator (Three-phase, Two-level) | Generate three-phase, two-level pulse width modulated waveform |
| Thyristor 6-Pulse Generator | Generate thyristor 6-pulse waveform in single-pulsing mode |
| Thyristor 12-Pulse Generator | Generate thyristor 12-pulse waveform in single-pulsing mode |
| SM AC1C | Synchronous machine AC1C excitation system including an Automatic Voltage Regulator (AVR) and an exciter |
| SM Current Controller | Synchronous machine current controller |
| SM Current Reference Generator | Synchronous machine current reference generator |
| SM Field-Oriented Control | Synchronous machine field-oriented control |
| SM Governor with Droop | Synchronous machine governor with droop |
| SRM Commutation Logic | Commutation logic for switched reluctance machines |
| SRM Current Controller | Current control for switched reluctance machines |
| SRM Current Controller with PWM Generation | Current controller with internal pulse width modulation for switched reluctance machines |
| SRM Hysteresis Current Controller | Hysteresis current control for switched reluctance machines |
Specialized Technology
Electrical Sources and Elements
| AC Current Source | Implement sinusoidal current source |
| AC Voltage Source | Implement sinusoidal voltage source |
| Battery | Implement generic battery model |
| Controlled Current Source | Implement controlled current source |
| Controlled Voltage Source | Implement controlled voltage source |
| DC Voltage Source | Implement DC voltage source |
| Three-Phase Programmable Voltage Source | Implement three-phase voltage source with programmable time variation of amplitude, phase, frequency, and harmonics |
| Three-Phase Source | Implement three-phase source with internal R-L impedance |
| Linear Transformer | Implement two- or three-winding linear transformer |
| Grounding Transformer | Implement three-phase grounding transformer providing a neutral in three-wire system |
| Saturable Transformer | Implement two- or three-winding saturable transformer |
| Multi-Winding Transformer | Implement multi-winding transformer with taps |
| Three-Phase Transformer (Three Windings) | Implement three-phase transformer with configurable winding connections |
| Three-Phase Transformer (Two Windings) | Implement three-phase transformer with configurable winding connections |
| Three-Phase Transformer 12 Terminals | Implement three single-phase, two-winding transformers where all terminals are accessible |
| Three-Phase Transformer Inductance Matrix Type (Three Windings) | Implement three-phase three-winding transformer with configurable winding connections and core geometry |
| Three-Phase Transformer Inductance Matrix Type (Two Windings) | Implement three-phase two-winding transformer with configurable winding connections and core geometry |
| Zigzag Phase-Shifting Transformer | Implement zigzag phase-shifting transformer with configurable secondary winding connection |
| Three-Phase OLTC Regulating Transformer (Phasor Type) | Implement phasor model of three-phase OLTC regulating transformer |
| Three-Phase OLTC Phase Shifting Transformer Delta-Hexagonal (Phasor Type) | Implement phasor model of three-phase OLTC phase-shifting transformer using delta hexagonal connection |
| PI Section Line | Implement single-phase transmission line with lumped parameters |
| Distributed Parameter Line | Implement N-phase distributed parameter transmission line model with lumped losses |
| Three-Phase PI Section Line | Implement three-phase transmission line section with lumped parameters |
| Series RLC Branch | Implement series RLC branch |
| Series RLC Load | Implement linear series RLC load |
| Parallel RLC Branch | Implement parallel RLC branch |
| Parallel RLC Load | Implement linear parallel RLC load |
| Mutual Inductance | Implement inductances with mutual coupling |
| Three-Phase Harmonic Filter | Implement four types of three-phase harmonic filters using RLC components |
| Three-Phase Dynamic Load | Implement three-phase dynamic load with active power and reactive power as function of voltage or controlled from external input |
| Three-Phase Series RLC Branch | Implement three-phase series RLC branch |
| Three-Phase Series RLC Load | Implement three-phase series RLC load with selectable connection |
| Three-Phase Parallel RLC Branch | Implement three-phase parallel RLC branch |
| Three-Phase Parallel RLC Load | Implement three-phase parallel RLC load with selectable connection |
| Three-Phase Mutual Inductance Z1-Z0 | Implement three-phase impedance with mutual coupling among phases |
| Breaker | Implement circuit breaker opening at current zero crossing |
| Three-Phase Breaker | Implement three-phase circuit breaker opening at current zero crossing |
| Three-Phase Fault | Implement programmable phase-to-phase and phase-to-ground fault breaker system |
| Ground | Provide connection to ground |
| Neutral | Implement common node in circuit |
| Surge Arrester | Implement metal-oxide surge arrester |
| Connection Port | Create Physical Modeling connector port for subsystem |
Motors and Generators
| AC1A Excitation System | Implements IEEE type AC1A excitation system model |
| AC4A Excitation System | Implements IEEE type AC4A excitation system model |
| AC5A Excitation System | Implements IEEE type AC5A excitation system model |
| DC1A Excitation System | Implements IEEE type DC1A excitation system model |
| DC2A Excitation System | Implements IEEE type DC2A excitation system model |
| Excitation System | Provide excitation system for synchronous machine and regulate its terminal voltage in generating mode |
| ST1A Excitation System | Implements IEEE type ST1A excitation system model |
| ST2A Excitation System | Implements IEEE type ST2A excitation system model |
| Asynchronous Machine | Model the dynamics of three-phase asynchronous machine, also known as induction machine |
| DC Machine | Implement wound-field or permanent magnet DC machine |
| Generic Power System Stabilizer | Implement generic power system stabilizer for synchronous machine |
| Hydraulic Turbine and Governor | Model hydraulic turbine and proportional-integral-derivative (PID) governor system |
| Multiband Power System Stabilizer | Implement multiband power system stabilizer |
| Permanent Magnet Synchronous Machine | Model the dynamics of a three-phase permanent magnet synchronous machine with sinusoidal or trapezoidal back electromotive force, or the dynamics of a five-phase permanent magnet synchronous machine with sinusoidal back electromotive force |
| Simplified Synchronous Machine | Model the dynamics of simplified three-phase synchronous machine |
| Single Phase Asynchronous Machine | Model dynamics of single phase asynchronous machine with squirrel-cage rotor |
| Steam Turbine and Governor | Model the dynamics of speed governing system, steam turbine, and multimass shaft |
| Stepper Motor | Implement stepper motor model |
| Switched Reluctance Motor | Model the dynamics of switched reluctance motor |
| Synchronous Machine | Model the dynamics of three-phase round-rotor or salient-pole synchronous machine |
Power Electronics
| Diode | Implement diode model |
| GTO | Implement gate turn off (GTO) thyristor model |
| Ideal Switch | Implement ideal switch device |
| IGBT | Implement insulated gate bipolar transistor (IGBT) |
| IGBT/Diode | Implements ideal IGBT, GTO, or MOSFET and antiparallel diode |
| MOSFET | Implement MOSFET model |
| Three-Level Bridge | Implement three-level neutral point clamped (NPC) power converter with selectable topologies and power switching devices |
| Thyristor | Implement thyristor model |
| Universal Bridge | Implement universal power converter with selectable topologies and power electronic devices |
| Boost Converter | Implement boost power converter |
| Buck Converter | Implement buck power converter |
| Full-Bridge Converter | Implement full-bridge power converter |
| Full-Bridge MMC | Implement a full-bridge modular multilevel converter |
| Full-Bridge MMC (External DC Links) | Full-bridge MMC power converter with external DC connections |
| Half-Bridge Converter | Implement half-bridge power converter |
| Half-Bridge MMC | Implement a half-bridge modular multilevel converter |
| Three-Level NPC Converter | Implement three-phase, three-level Neutral-Point Clamped (NPC) power converter |
| Two-Level Converter | Implement three-phase two-level power converter |
| Two-Quadrant DC/DC Converter | Implement two-quadrant DC/DC power converter |
Sensors and Measurements
| Voltage Measurement | Measure voltage in circuit |
| Current Measurement | Measure current in circuit |
| Three-Phase V-I Measurement | Measure three-phase currents and voltages in circuit |
| Multimeter | Measure voltages and currents specified in dialog boxes of Simscape Power Systems blocks |
| Impedance Measurement | Measure impedance of circuit as function of frequency |
| Digital Flickermeter | Implement digital flickermeter as described in IEC 61000-4-15 standard |
| Fourier | Perform Fourier analysis of signal |
| Frequency (Phasor) | Measure phasor signal frequency |
| Fundamental (PLL-Driven) | Compute fundamental value of signal |
| Mean | Compute mean value of signal |
| Mean (Phasor) | Compute mean value of input phasor over a running window of one cycle of specified frequency |
| Mean (Variable Frequency) | Compute mean value of signal |
| PMU (PLL-Based, Positive-Sequence) | Implements a phasor measurement unit using a phase-locked loop |
| Positive-Sequence (PLL-Driven) | Compute positive-sequence component of three-phase signal at fundamental frequency |
| Power | Compute active and reactive powers of voltage-current pair at fundamental frequency |
| Power (3ph, Instantaneous) | Compute three-phase instantaneous active and reactive powers |
| Power (3ph, Phasor) | Compute three-phase active and reactive powers using three-phase voltage and current phasors |
| Power (PLL-Driven, Positive-Sequence) | Compute positive-sequence active and reactive powers |
| Power (Phasor) | Compute active and reactive powers using voltage and current phasors |
| Power (Positive-Sequence) | Compute positive-sequence active and reactive powers |
| Power (dq0, Instantaneous) | Compute three-phase instantaneous active and reactive powers |
| RMS | Compute true root mean square (RMS) value of signal |
| Sequence Analyzer | Compute positive-, negative-, and zero-sequence components of three-phase signal |
| Sequence Analyzer (Phasor) | Compute sequence components (positive, negative, and zero) of three-phase phasor signal |
| THD | Compute total harmonic distortion (THD) of signal |
Control and Signal Generation
| Overmodulation | Add third harmonic or triplen harmonic zero-sequence signal to three-phase signal |
| Pulse Generator (Thyristor) | Generate pulses for twelve-pulse and six-pulse thyristor converters |
| PWM Generator (2-Level) | Generate pulses for PWM-controlled 2-level converter |
| PWM Generator (3-Level) | Generate pulses for PWM-controlled three-level converter |
| PWM Generator (DC-DC) | Generate pulse for PWM-controlled DC-DC converter |
| PWM Generator (Multilevel) | Generate pulses for PWM-controlled modular multilevel converter |
| Sawtooth Generator | Generate sawtooth waveform at regular intervals |
| Stair Generator | Generate signal changing at specified transition times |
| SVPWM Generator (2-Level) | Generate pulses for SVPWM-controlled two-level converter |
| Three-Phase Programmable Generator | Generate three-phase signal with programmable time variation of amplitude, phase, frequency, and harmonics |
| Three-Phase Sine Generator | Generate three-phase balanced signal, amplitude, phase, and frequency controlled by block inputs |
| Triangle Generator | Generate symmetrical triangle waveform at regular intervals |
| Alpha-Beta-Zero to dq0, dq0 to Alpha-Beta-Zero | Perform transformation from αβ0 stationary reference frame to dq0 rotating reference frame or the inverse |
| abc to Alpha-Beta-Zero, Alpha-Beta-Zero to abc | Perform transformation from three-phase (abc) signal to αβ0 stationary reference frame or the inverse |
| abc to dq0, dq0 to abc | Perform transformation from three-phase (abc) signal to dq0 rotating reference frame or the inverse |
| First-Order Filter | Implement first-order filter |
| Lead-Lag Filter | Implement first-order lead-lag filter |
| Second-Order Filter | Implement second-order filter |
| Second-Order Filter (Variable-Tuned) | Implement second-order variable-tuned filter |
| PLL | Determine frequency and fundamental component of signal phase angle |
| PLL (3ph) | Determine frequency and fundamental component of three-phase signal phase angle |
| Bistable | Implement prioritized S-R flip-flop (bistable multivibrator) |
| Edge Detector | Detect change in logical signal state |
| Monostable | Implement monostable flip-flop (one-shot multivibrator) |
| On/Off Delay | Implement switch-on or switch-off delay |
| Sample and Hold | Sample first input and hold its value based on value of second input |
| Discrete Shift Register | Implement serial-in, parallel-out shift register |
| Discrete Variable Time Delay | Delay signal by variable time value |
Electric Drives
| Bridge Firing Unit (AC) | Implement six pulse firing unit with notch filters for three-phase thyristor bridge |
| Bridge Firing Unit (DC) | Generate gate signals for single- or three-phase thyristor bridge |
| Current Controller (Brushless DC) | Implement current/torque controller model for brushless DC machine |
| Current Controller (DC) | Implement PI current controller model for DC machine |
| Direct Torque Controller | Implement direct torque and flux controller (DTFC or DTC) model |
| Field-Oriented Controller | Implement a field-oriented controller model based on indirect or feedforward vector control strategy |
| Regulation Switch | Implement torque controller, and switch that selects between torque or speed regulation, for DC motor drives |
| Six-Step Generator | Implement pulse generator for six-step VSI AC motor drive |
| Space Vector Modulator | Implement space vector modulator for PWM VSI AC motor drive |
| Speed Controller (AC) | Implement speed controller model for vector controlled AC motor drives |
| Speed Controller (DC) | Implement a speed controller model for DC motor drives |
| Speed Controller (Scalar Control) | Implement speed-controller model for scalar controlled AC drives |
| Vector Controller (PMSM) | Implement vector controller model for permanent magnet synchronous machines (PMSM) |
| Vector Controller (WFSM) | Implement vector controller model for a wound-field synchronous machine (WFSM) |
| Voltage Controller (DC Bus) | Implement DC bus voltage controller for thyristor bridge rectifier |
| Chopper | Implement DC chopper model for DC motor drives |
| Circulating Current Inductors | Implement circulating current inductors for four-quadrant thyristor bridge converter |
| Inverter (Five-Phase) | Implements five-phase inverter model for five-phase PM Synchronous motor drive |
| Inverter (Three-Phase) | Implements a three-phase inverter model for AC Motor Drives |
| Thyristor Converter | Implements single or three-phase thyristor converter for DC motor drives |
| Active Rectifier | Implement three-phase active (PWM) rectifier model for AC motor drives |
| DC Bus | Implement DC bus model that includes resistive braking chopper |
| Brushless DC Motor Drive | Implement brushless DC motor drive using Permanent Magnet Synchronous Motor (PMSM) with trapezoidal back electromotive force (BEMF) |
| DTC Induction Motor Drive | Implement direct torque and flux control (DTC) induction motor drive model |
| Field-Oriented Control Induction Motor Drive | Implement field-oriented control (FOC) induction motor drive model |
| Five-Phase PM Synchronous Motor Drive | Implement five-phase permanent magnet synchronous motor vector control drive |
| PM Synchronous Motor Drive | Implement Permanent Magnet Synchronous Motor (PMSM) vector control drive |
| Self-Controlled Synchronous Motor Drive | Implement Self-Controlled Synchronous Motor Drive |
| Single-Phase Induction Motor Drive | Implement single-phase induction motor drive |
| Six-Step VSI Induction Motor Drive | Implement six-step inverter fed Induction Motor Drive |
| Space Vector PWM VSI Induction Motor Drive | Implement space vector PWM VSI induction motor drive |
| Four-Quadrant Chopper DC Drive | Implement four-quadrant chopper DC drive |
| Four-Quadrant Single-Phase Rectifier DC Drive | Implement single-phase dual-converter DC drive with circulating current |
| Four-Quadrant Three-Phase Rectifier DC Drive | Implement three-phase dual-converter DC drive with circulating current |
| One-Quadrant Chopper DC Drive | Implement one-quadrant chopper (buck converter topology) DC drive |
| Two-Quadrant Chopper DC Drive | Implement two-quadrant chopper (buck-boost converter topology) DC drive |
| Two-Quadrant Single-Phase Rectifier DC Drive | Implement two-quadrant single-phase rectifier DC drive |
| Two-Quadrant Three-Phase Rectifier DC Drive | Implement two-quadrant three-phase rectifier DC drive |
| Mechanical Shaft | Implement mechanical shaft |
| Speed Reducer | Implement speed reducer |
| Battery | Implement generic battery model |
| Fuel Cell Stack | Implement generic hydrogen fuel cell stack model |
| Supercapacitor | Implement generic supercapacitor model |
FACTS and Renewable Energy Systems
Power Electronics FACTS
| Static Synchronous Compensator (Phasor Type) | Implement phasor model of three-phase static synchronous compensator |
| Static Synchronous Series Compensator (Phasor Type) | Implement phasor model of three-phase static synchronous series compensator |
| Static Var Compensator (Phasor Type) | Implement phasor model of three-phase static var compensator |
| Unified Power Flow Controller (Phasor Type) | Implement phasor model of three-phase unified power flow controller |
Renewable Energy Systems
| PV Array | Implement PV array modules |
| Wind Turbine | Implement model of variable pitch wind turbine |
| Wind Turbine Doubly-Fed Induction Generator (Phasor Type) | Implement phasor model of variable speed doubly-fed induction generator driven by wind turbine |
| Wind Turbine Induction Generator (Phasor Type) | Implement phasor model of squirrel-cage induction generator driven by variable pitch wind turbine |
Interface to Simscape
| Current-Voltage Simscape Interface | Ideal coupling between Simscape Power Systems and Simscape electrical circuits |
| Current-Voltage Simscape Interface (gnd) | Ideal coupling between Simscape Power Systems and Simscape electrical circuits |
| Voltage-Current Simscape Interface | Ideal coupling between Simscape Power Systems and Simscape electrical circuits |
| Voltage-Current Simscape Interface (gnd) | Ideal coupling between Simscape Power Systems and Simscape electrical circuits |
Simulation and Analysis
| Powergui | Environment block for Simscape Power Systems Specialized Technology models |
| Load Flow Bus | Identify and parameterize load flow bus |
Was this topic helpful?
