CHAITANYA BHARATHI INSTITUTE OF TECHNOLOGY (A)
  • D1-D2-HVDC Transmission Systems-CE3--VI-2020-21
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  • Course data
    General
    Announcements
    Assignment -1
    Assignment-2
    Slip test-2
    Course End Survey: HVDC TRANSMISSION
    Slip Test-1
    AY 2020-2021 HVDC Transmission Slip Test-1
    Unit-I General consideration of DC and AC transmission systems
    Unit-I Class PPT
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210209-01- Introduction to HVDC Transmission-I
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210210-02- Introduction to HVDC Transmission-II
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210211-03- Comparison of AC and DC transmission systems-Economics of transmission
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210215-04- Comparison of AC and DC transmission systems-Technical performance and Reliability
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210218-05- Application of DC transmission and Kinds of DC links
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210222-06- Planning for HVDC transmission, Modem trends in DC transmission
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210224-07- Modern Trends in DC Transmission and Corona loss in AC & DC systems
    Unit-II Converter Circuits
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210225-08- Properties of Converter circuits and different kinds of arrangements
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210301-09- Pulse number and Choice of converter configuration
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210308-10- Analysis of Bridge converters with grid control
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210310-11- Analysis with grid control and with overlap less than 60 Degrees
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210315-12- Analysis with grid control and with overlap less than 60 degrees with three valve conduction
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210318-13- Inverter operation and Comparison of wave forms of Rectifiers and Inverters
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210322-14- Numerical problems
    Unit-II Part-1 Class PPT
    Unit-II Part-2 Class PPT
    Unit-III Control
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210324-15- Basic means of control, Limitations of manual control
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210325-16- Desired features of control and Ideal characteristics of HVDC system
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210331-17- Actual control characteristics
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210401-18- Combined characteristics of rectifier and inverter
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210407-19- Constant-current control and Constant-Extinction-Angle Control
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210408-20- Firing Angle Control
    Unit-III Class PPT
    Unit-IV Protection
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210412-21- Introduction to protection of HVDC system and Arc-back, Commutation failure
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210415-22- Commutation Failure and Bypass valves
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210426-23- DC Reactors, DC Circuit breakers and Protection against over currents
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210429-24-Protection against over voltages and Harmonics
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210503-25-Harmonics and Filters
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210505-26-Design of minimum cost tuned filter
    Unit-IV Class PPT
    Unit-V Multi-terminal DC Systems
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210506-27-Application of MTDC systems, Types of MTDC systems
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210510-28-Comparison of Series and Parallel MTDC system and Control of MTDC system
    Unit-V Class PPT
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210512-29-Simulation of Active and Reactive power control
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210513-30- Simulation of SVC and Buck & Buck-Boost converter
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210517-31- Simulation of 6-pulse HVDC Transmission system and 3-phase fault analysis
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210519-32- Implementation of Artificial Bee Colony Algorithm in MATLAB
    AY2021-UG-SEM-6-EEE-18EEE12-HVDC-BSR-20210520-33- MATLAB code Implementation of Artificial Bee Colony Algorithm
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    D1-D2-HVDC Transmission Systems-CE3--VI-2020-21
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    Course info

    1. Home
    2. Courses
    3. Electrical and Electronics Engineering
    4. UG
    5. AY 2020-21
    6. VI Semester
    7. D1-D2-HVDC Transmission Systems-CE3--VI-2020-21
    8. Summary

    D1-D2-HVDC Transmission Systems-CE3--VI-2020-21

    • Teacher: Dr.M.Balasubbareddy Professor
    Skill Level: Beginner

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