Podcast
Questions and Answers
What is the primary focus of the course EE851?
What is the primary focus of the course EE851?
- Basic power system concepts
- Renewable energy systems
- High Voltage Testing & Measurements (correct)
- Fundamentals of electrical circuits
Which prerequisite is necessary for enrolling in EE851?
Which prerequisite is necessary for enrolling in EE851?
- Engineering mathematics
- Basic power system courses (correct)
- Intermediate electronics courses
- Advanced power system analysis
What is one of the main objectives of the EE851 course?
What is one of the main objectives of the EE851 course?
- To provide knowledge about high voltage applications (correct)
- To teach fundamental circuit design
- To develop skills in renewable energy technology
- To explore digital systems
Who is the course instructor for EE851?
Who is the course instructor for EE851?
Which department offers the EE851 course?
Which department offers the EE851 course?
What does the ‘L-T-P’ in the course details stand for?
What does the ‘L-T-P’ in the course details stand for?
What skill is emphasized for students in the EE851 course objectives?
What skill is emphasized for students in the EE851 course objectives?
How are credits allocated for the EE851 course?
How are credits allocated for the EE851 course?
What is the total weightage of class tests and quizzes in the evaluation plan?
What is the total weightage of class tests and quizzes in the evaluation plan?
How much weightage is assigned to the mid-sem examination in the evaluation plan?
How much weightage is assigned to the mid-sem examination in the evaluation plan?
What is the weightage for assignments in the evaluation plan?
What is the weightage for assignments in the evaluation plan?
What is the total weightage of the end-sem examination?
What is the total weightage of the end-sem examination?
What activity is included in the tutorials for the topics covered?
What activity is included in the tutorials for the topics covered?
What is the combined weightage of the assignments and classroom interaction?
What is the combined weightage of the assignments and classroom interaction?
What percentage of grading is based on class performance?
What percentage of grading is based on class performance?
What does HV stand for in the context of electrical engineering courses?
What does HV stand for in the context of electrical engineering courses?
What is one of the primary focuses of HV engineering in relation to insulating materials?
What is one of the primary focuses of HV engineering in relation to insulating materials?
Which of the following is included in the HV test laboratory procedures?
Which of the following is included in the HV test laboratory procedures?
What is the purpose of introducing BIS/IEC/IEEE standards in HV engineering?
What is the purpose of introducing BIS/IEC/IEEE standards in HV engineering?
Which aspect is important in electric field/stress analysis in HV testing?
Which aspect is important in electric field/stress analysis in HV testing?
In the context of HV testing, what is a primary goal of research and developmental activities?
In the context of HV testing, what is a primary goal of research and developmental activities?
What type of assessments are included in the HV test procedures?
What type of assessments are included in the HV test procedures?
What is emphasized as critical in HV engineering education?
What is emphasized as critical in HV engineering education?
Which resource is essential for understanding high voltage testing techniques?
Which resource is essential for understanding high voltage testing techniques?
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Study Notes
Course Overview
- Course Code: EE851
- Title: High Voltage Testing & Measurements
- Credits: 4
- L-T-P (Lecture-Tutorial-Practical): 3-1-0
- Pre-requisite: Basic power system courses
- Instructor: Gururaj S Punekar
- Department: Electrical & Electronics, NITK Surathkal
Course Objectives
- CO1: Understand the necessity and applications of High Voltage (HV) in power systems and lab settings.
- CO2: Study HV test equipment usage and assess insulating materials under HV stress; focus on relevant Indian standards and international protocols (IEC/IEEE).
- CO3: Apply HV testing procedures compliant with BIS/IEC/IEEE standards; develop skills in technical report writing and ethical practices.
- CO4: Learn to utilize standards that connect academic insights with industry needs.
- CO5: Acquire skills in configuring and creating HV testing equipment and measuring procedures, alongside understanding electric field analysis.
- CO6: Explore research and development topics within HV engineering, promoting a proactive learning approach.
Course Coverage
- Introduction to basic concepts of High Voltage (5 hours)
- Generation and measurement of High Voltage (15 hours)
- Basics of insulation engineering (5 hours)
- Material characterization and HV testing techniques (9 hours)
- Engaging in numerical discussions using relevant standards and technical papers (6 hours)
Tutorial Details
- Includes numerical exercises, simulation activities, and lab demonstrations integrated into the course structure.
Evaluation Plan
- Class tests/quiz (Two/Three): 20% weightage (compulsory, with both announced and surprise tests)
- Assignments (including seminars, reports, and classroom interaction): 15% weightage
- Mid-semester examination: 25% weightage
- End-semester examination: 40% weightage
- Grading will be relative, based on class performance and average grades.
Additional Course Insights
- Consideration of the highest transmission-line voltage for HV-AC systems in India.
- Delve into the definition of High Voltage and its significance for course EE851.
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