Wavect - Control and Measurements

Wavect Controller

wavect hardware

WAVECT Controller is a compact, versatile real time control prototyping system. Comprising of high end FPGA for fast computing and IO, dual core processor for control and communication, scalable embedded voltage and current sensors, large number of PWM outputs and high speed IO's, it is designed to address today's complex problems. Coupled with an easy and powerful modelbased development environment, push button device binary and configuration generation and a dedicated instrumentation software, it forms a complete control prototyping solution.

High End FPGA
Model-Based Development
Dual Core Processor
Auto Device Target
High Speed IO
Wavect Software
Embedded Sensors
Extensive Support

Wavect Software

  • Input Registers: For run time control commands and online tuning of user selected control parameters
  • Output Registers: For display, plot and recording of user selected slow signals.
  • Real-time Probes: For display, plot, measurement and recording of user selected fast signals.
  • WAVECT Hardware Management functions: Device discovery, Device Status Check, Binary compatibility check, Remote Programming, Remote Firmware Upgrade, Sensor Calibration
  • Tcl Scripting: Tcl access for GUI Configuration and scenario scripting

Instantaneous Time Plot

Phase Angle Calculation
  • Drag and Drop Input Registers, Output Registers, Real time Probes and Measurement derived signals
  • Save Data (CSV format) and Save Figure
  • Offline analysis (Pause & Analyze)
  • Up to 16 number of plots
  • Up to 6 signals per plot (Y-Axis/Signal or grouped)

XY Plot

  • X vs Yn plot
  • Drag and Drop Input Registers, Output Registers, Real time Probes and Measurement derived signals
  • Save Data (CSV format) and Save Figure
  • Up to 16 number of plots
  • Up to 6 signals on Y-Axis (Y-Axis/Signal or grouped)

Power Analyzer

Phase Angle Calculation
  • Power Analysis for
    • Single-phase 2-wire
    • Two-Phase 3-wire
    • Three-phase 3-wire
    • Three-phase 4-wire
    • Four-phase
  • DC, Fundamental and Harmonics measurement
    • RMS
    • Peak
    • Angle
    • Power
    • Power Factor
  • FFT Plot for Active Power, Reactive Power, Voltage and Current Signals
  • Phasor Diagram
  • Power Vector Diagram
  • Save Figure and Save Data Option (CSV format)

FFT Panel

  • FFT Measurement
    • Fundamental Frequency
    • Total Harmonic Distortion (THD)
    • Distortion Factor
    • Harmonic components of Signal (RMS, Peak)
    • Plot Signal Magnitude (RMS, Peak, %) vs Frequency
    • Save Figure and Save Data (CSV format)

Probe Panel

Phase Angle Calculation
  • Measure RMS, Average and Peak Value for Voltage, Current and other signals
  • View, Plot and Save Signals
  • Save Figure Option

Power Panel

  • Power Measurement for
    • Single-phase 2-wire
    • Two-Phase 3-wire
    • Three-phase 3-wire
    • Three-phase 4-wire
    • Four-phase
  • View, Plot and Save Output Signals
    • Active Power (P)
    • Reactive Power (Q)
    • Apparent Power (S)
    • Power Factor (PF)
    • Instantaneous Power (PInst)
  • Power Vector Diagram
  • Save Figure option

 


Application Areas

Wavect real–time control prototyping system is modular, scalable and supported by a powerful model based design environment. It is ideal for leading edge research and development in power conversion systems. We provide example designs and hardware setups for applications such as Motor drives (BLDC Motor, PMSM, SRM, Induction Motor, DC Motor), Renewable Energy systems (Wind Emulator, Solar Emulator, Doubly-Fed Induction Generator based Wind System, Grid Connected/Standalone Solar System), Power Quality (Active Power Filter, Grid Emulator, Statcom), Electric Vehicles and Microgrid etc.

Wind Energy
Solar Energy
Motor Drives
Power Quality
Microgrid
Electric Vehicle

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