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Advanced Certificate in Power Distribution Management (ACPDM)

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Know all about the Advanced Certificate in Power Distribution Management (ACPDM) - Know the Duration, Eligibility, Course Content, Syllabus, and other important details that every student must know

Information

Country : India

Eligibility : Graduation

Duration : 6 Months

Description

What is the Advanced Certificate in Power Distribution Management (ACPDM)?

The Advanced Certificate in Power Distribution Management course is strategically designed to enhance the skills of professionals employed in electrical power utilities or the broader electricity sector. This program aims to improve their capabilities, foster systemic efficiency, and enable them to deliver high-quality power while earning simultaneously.

Syllabus and Course Content:

  1. Electrical Circuit:

    • Concept of Network and Circuit
    • Types of Elements
    • Types of Sources
    • Source Transformation
    • R-L-C Parameters
    • Voltage – Current relationships for Passive Elements (for different input signals: Square, Ramp, Sawtooth, and Triangle)
    • Kirchhoff’s Laws

  2. Industrial Electronics:

    • The Inductive
    • Destructive Kick
    • Experiments
    • Safety Note
    • The Neon Flash
    • The Radio Transmitter of the Ship Titanic
    • Ohm’s Law and Measurements
    • Resistance in Parallel
    • Series Resistances
    • Bad Output Voltages
    • Series Resistances
    • Bad Measurements
    • Soldering

  3. Power Distribution Systems:

    • Reasons for high voltage preference in power transmission
    • Disadvantages of HVDC transmission
    • Definitions of feeders and service mains
    • Transmission and Distribution
    • Distinction between self and mutual GMD
    • Ferranti effect
    • Shunt compensation
    • Range of surge impedance in the case of underground cables

  4. Power Distribution System Automation:

    • Introduction to Distribution Systems
    • Distribution System Planning
    • Factors Affecting System Planning
    • Substation Expansion
    • Present Distribution System Planning Techniques
    • Load Characteristics
    • Relationship Between the Load and Loss Factors
    • Classification of Loads

  5. Electrical Measurement & Measuring Instruments:

    • Measuring Instruments
    • Definitions of instruments
    • Absolute Instrument
    • Secondary Instrument
    • Indicating Instrument
    • Recording Instrument
    • Integrating Instrument
    • Electromechanical Indicating Instrument
    • Deflecting Force
    • Magnitude Effect
    • Force between a Permanent Magnet and a Current-Carrying Coil

  6. Installations, Commissioning, and Maintenance of Electrical Equipments:

    • Fault Finding Chart
    • Laboratory Experiment
    • Aim, Apparatus, Theory
    • Breakdown of Solid Dielectrics in Practice
    • Breakdown Due to Treeing and Tracking
    • Breakdown in Composite Dielectrics
    • Solid Dielectrics used in Practice
    • Procedure
    • Conduction and Breakdown in Commercial Liquids