Ultimate Electricity Generation, HV, and Substations Bundle

Master Electricity Generation, High Voltage (HV), and Electrical Substations

This comprehensive course bundle provides everything electrical engineers need to understand the core principles of electricity generation, high voltage systems, and electrical substations. Gain in-depth knowledge across a wide range of topics, from power plant technologies to substation design and renewable energy solutions.

Course 1: Generation Course for Electrical Engineering

Delve into the fundamentals of electricity generation with this detailed course. You'll learn:

• Fundamental Laws: Understand Faraday's law of induction and Lenz’s law, the cornerstones of electromagnetic induction.
• Synchronous Generators: Explore the working principle and different types of synchronous generators, essential components of power plants.
• Induction Machines: Master the operation of wound rotor and squirrel cage induction machines, crucial for various electrical applications.
• Doubly-Fed Induction Generators: Learn about the advanced technology of doubly-fed induction generators.
• Self-Excited Induction Generators: Understand the principles behind self-excited induction generators.
• Hydroelectric Power: Explore various types of hydroelectric power plants and the significance of hydraulic head.
• Thermal Power Plants: Gain insights into diesel generators, fossil fuel power plants, gas-fired power plants, and nuclear power plants.
• Geothermal Power: Discover the potential of geothermal power plants.
• Power Plant Economics: Analyze capital, operating, and Levelized costs for different power generation methods.
• Generator Characteristics: Understand generator characteristics and their impact on power system stability.
• Load Management: Learn about base and peak load power plants and their role in meeting energy demand.
• Wind Energy: Explore types of wind turbines, including rotor solidity, rotor blade selection, and the Betz limit.
• Wind Turbine Mechanics: Understand the power extracted by the turbine from the wind, applied force on the wind turbine, torque coefficient, and the importance of the TSR (Tip Speed Ratio).
• Wind Turbine Generator Characteristics: Analyze the characteristics of wind turbine generators and the influence of rotor diameter and generator size on power output.
• Wind Turbine Spacing: Learn about optimal wind turbine spacing in wind farms.
• Solar Energy Fundamentals: Understand the basics of solar energy and the design of on-grid and off-grid solar systems.
• Solar Modules: Explore types and selection of solar modules.
• Charge Controllers & Inverters: Learn about types of charge controllers and different solar inverters.
• Solar Panel Installation: Understand selection of suitable tilt angle and the impact of shading effect in PV systems.

Course 2: High Voltage Generation For Electrical Engineering

This course focuses on high voltage systems and their generation:

• High Voltage Types: Understand the different types of high voltages encountered in electrical systems.
• AC High Voltage Generation: Learn methods used to generate high voltage AC at power frequency.
• High Frequency AC Generation: Explore generating high voltage AC at high frequency for simulating switching actions.
• Impulse Waveforms: Define impulse waveforms and their significance in electrical systems.
• Impulse Generation Methods: Learn methods of generating high voltage impulses for equipment testing.
• High DC Voltage Generation: Discover methods used to generate very high DC voltage, including voltage doubler circuits and multiplier circuits.

Course 3: Electrical Substations for Electrical Power Engineering

Gain expertise in electrical substation design and operation:

• Substation Fundamentals: Understand the function, classification, and voltage levels of electrical substations.
• Key Components: Learn about power transformers, conductors, insulators, switch gears, current transformers, capacitor voltage transformers, and voltage transformers.
• Circuit Breakers & Relays: Explore different types of circuit breakers and relays, classified by time, construction, and function.
• Circuit Breaker vs. Fuse: Understand the differences between circuit breakers and fuses and their respective applications.
• Grounding Systems: Learn about grounding systems, including the effect of current on the human body and the components of a grounding system.
• Electric Hazards: Identify types of electric hazards and classification of the earthing systems.
• Earthing Resistance Measurement: Master measuring earthing resistance using a Megger and the three-point method.