Virtual Laboratories

About This Project

In electrical engineering, it is difficult to establish a laboratory mainly because of economic reasons as installation and maintenance of laboratory units are quite costly. Hence, students of economically challenged universities will have problems to access to laboratories. This situation could affect their interactivity in the courses, and make the learning progress much harder. Another challenge with electrical engineering laboratories is that they are highly dangerous places. For example, to conduct an experiment in a high voltage laboratory, there should be supervision by instructors at each step to ensure the safety of attendant students and the laboratory equipment. This constantly controlled process makes it difficult for students to engage with the experiment. In this regard, virtual laboratories create a solution for all those problems. It brings a new dimension to the regular methods, giving an opportunity to practice and comprehend the theory deeply without any safety precautions or costly laboratory equipment.

In conclusion, this website is created as a graduation design project to be a supplement for education purposes. Certainly there is lots of room to improve. You can send your feedback using Contact Us page.

Technologies Used

Resources

  1. High Impulse Voltage and Current Measurement Techniques by Schon, K., Springer International Publishing, 2013.
  2. High Voltage Engineering Fundamentals by Kuffel, E., Zaengl W.S., Kuffel, J., Butterworth-Heinemann, 2000.
  3. Power System Analysis by Saadat, H., McGraw-Hill, 1999.
  4. High Voltage Engineering (Second Addition) by Saidu, M. S., Kamaraju V., McGraw-Hill, 1995.
  5. High Voltage Engineering (Second Addition) by Wadhwa, C. L., New Age, 2007.
  6. IEC 60060-1: High Voltage Test Techniques
  7. IEC 62475: High Current Test Techniques
  8. Free Virtual Impulse Generator (VIG) to Determine the Impulse Generator Settings Online by Krell, S., Schenider, R., Röber, M., Kahl, S. and Schufft, W., Chemnitz University of Technology, 2011.
  9. Development of Virtual Impulse Laboratory by Prashant Kr Agrawal, Chandan, N. K. Kishore, Indian Institute of Technology, 2006.
  10. Parametric Analyses On Single-Stage Impulse Current Generator And Surge Arrester For Virtual High Voltage Laboratory Environment by Sachin Kumar, N. K. Kishore and B. Hemalatha, The ICFAI University, 2011.

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