What will you learn in Electrical Power Equipment Course
Understand the roles and operation of key electrical power equipment within a network
Differentiate between conductors and insulators and their design considerations
Analyze circuit breaker types and their application across voltage levels
Apply grounding principles to ensure system safety and reliability
Program Overview
Module 1: Introduction
⏳ 3 minutes 38 seconds
Topics: Course overview and network architecture fundamentals
Hands-on: Navigate the course interface and preview network components
Module 2: Conductors & Insulators
⏳ 18 minutes 12 seconds
Topics: Material properties, dielectric strength, mechanical considerations
Hands-on: Calculate conductor sizing and insulator clearances
Module 3: Circuit Breakers
⏳ 16 minutes 55 seconds
Topics: Overcurrent protection, breaker types, fault discrimination
Hands-on: Compare breaker characteristics for different voltage classes
Module 4: Grounding
⏳ 16 minutes 17 seconds
Topics: Grounding systems, touch vs. step potential, earthing electrodes
Hands-on: Design a grounding grid for a simple substation layout
Module 5: Network Design
⏳ 15 minutes (approx.)
Topics: System configuration, radial vs. meshed networks, reliability metrics
Hands-on: Sketch a basic radial distribution network for a small facility
Module 6: Low-Voltage Systems
⏳ 15 minutes (approx.)
Topics: House wiring standards, panel boards, protective devices
Hands-on: Lay out a low-voltage distribution panel for a residential load
Module 7: Electrical Cables
⏳ 17 minutes (approx.)
Topics: Cable construction, insulation types, ampacity calculations
Hands-on: Select cable ratings for a specified current and installation method
Module 8: Overhead Lines
⏳ 18 minutes (approx.)
Topics: Conductor sag, clearance requirements, mechanical loading
Hands-on: Determine minimum clearance distances for a medium-voltage line
Module 9: Transformers
⏳ 18 minutes (approx.)
Topics: Turns-ratio, losses, cooling methods, impedance calculations
Hands-on: Compute secondary voltages given primary ratings and turns-ratio
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Job Outlook
Electrical and electronics engineers earn a median $111,910 annually in the U.S. (May 2024)
Employment of electrical engineers is projected to grow 7 percent from 2020 to 2030, adding roughly 23,000 new jobs
Skills in power generation, transmission, and distribution are in high demand across utilities and industrial sectors
Opportunities include substation design, utility network planning, and freelance power system consulting
Specification: Electrical Power Equipment
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FAQs
- Covers the fundamentals of electrical power systems.
- Explores the design and operation of key components.
- Discusses installation practices and safety protocols.
- Provides insights into system integration and troubleshooting.
- Emphasizes real-world applications and industry standards.
- Engineering students specializing in electrical disciplines.
- Professionals aiming to enhance their technical skills.
- Individuals interested in the energy sector.
- Technicians seeking foundational knowledge in power systems.
- Anyone pursuing a career in electrical equipment and systems.
- Transformers and their operational principles.
- Generators and their integration into power systems.
- Circuit breakers and their safety functions.
- Switchgear and its role in system protection.
- Cables and conductors used in power distribution.
- Designing and planning electrical power systems.
- Installing and configuring key equipment.
- Conducting system testing and troubleshooting.
- Implementing safety measures and compliance standards.
- Maintaining and servicing electrical power equipment.
- Curriculum based on current industry practices.
- Exposure to real-world case studies and scenarios.
- Emphasis on safety and regulatory compliance.
- Opportunities for hands-on experience through labs.
- Prepares learners for roles in various sectors, including utilities and manufacturing.
