Student Projects
Visit the official "Submit Entry" page to enter your NI LabVIEW student design project in the competition*
*Please add your country to the title of your project, example: Amazing Robot Project, Poland.
Contact Information
University: University of Extremadura, School of Industrial Engineering, Department of Electrical, Electronic and Automatic Engineering.
Team Member(s): Máximo Pérez Romero
Faculty Advisors: Enrique Romero Cadaval, Ph.D.
Email Address: mperez@peandes.unex.es
Country: Spain
Project Information
Title: Control of Induction Motor using the Platform Single-Board RIO, Spain.
Description:
The platform sbRIO 9631 will allow choose between two ways to control the induction motor, direct coontrol and voltage frequency law.
Furthermore, it will acquire data through their analog inputs.
Products:
sbRIO 9631, labVIEW 2011, FPGA module, Real Time module
The Challenge:
It aims to assess the posibility of using the sbRIO 9631 platform as standard control platform in real time in the field of power electronic, determinig the distribution strategies of the control algorithm between FPGA and microprocessor which the platform incorporates .
The Solution:
A evaluation application that implements the assessment direct control and V/f law of a induction motor along with monitoring system. The platform generates six signals PWM adjustable switching frequency and the final solution has been redesigned to be used as a teaching tool.
Single Board RIO can be used as standard control platform in real time in power electronics applications (evaluated with direct control and V/f law of inductor motor), allowing both its use in design phase (which can be easily integrated in LabVIEW) and final product.
Figure 1. Diagram of the complete system.
Figure 2. Workstation
