Earthling is used to defend us from an electric shock. It does this by providing a protective conductor for a default current to flow to the earth. It also contains a circuit breaker or fuse to switch off the electric current to the circuit that has the fault. This course will help you to define the earthling system, define the significance and purpose of earthling in power systems and define terminologies related to earthling. It will also enable you to identify what needs to be earthed and explain the specifications of the earth continuity conductor.

This module will provide a brief overview of the Generation of power. By the end of this course, the participants will be able to define electrical power generation, illustrate how our home gets electric power, list various sources of energy for power plants, explain the construction and working principles of Alternators and Generator Transformers in a power plant and compare various energy sources. The module will also discuss the transmission line equipment and the various effects observed in the Transmission line. It further discusses the electrical power distribution system, lists the types of the distribution system, and understands the distribution Transformer.

This module will provide a brief overview of the Transmission and Distribution of power. The module will also discuss the transmission line equipment and the various effects observed in the Transmission line. It further discusses the electrical power distribution system, lists the types of the distribution system, and understands the distribution Transformer.

This course will familiarize participants with the different concepts related to Power Systems Protection. This course is divided into three parts. Part-1 deals with the basics of power systems protection, which include the nature of faults, qualities and basic principles of protection, and the components of protection. Part -II deals with the function, operation, and classification of Relays. Finally, Part -III deals with the setting of the protection relay. By the end of this course, participants will be able to: Explain the significance of power system protection Define the nature of faults Explain a few abnormal conditions arising from different types of faults Explain the essential qualities of protection Explain the operation of Protective relay Classify and discuss each type of relay Electromagnetic Relay Static Relay Numerical Relay.

AC machines are motors used to convert mechanical energy to Alternating Current electricity because power transferred into the field circuit is much less than power transferred into the armature circuit, AC Machines nearly always have the field winding on the rotor and the armature winding on the stator. The two major classes of ac machines are synchronous and induction machines.

A DC machine is an electromechanical energy alteration device. The working principle of a DC machine is when electric current flows through a coil within a magnetic field, and then the magnetic force generates a torque which rotates the dc motor whereas a transformer is an electrical equipment used to transfer electrical energy from one electrical circuit to another, or multiple circuits without changing the frequency. Transformers can also be used for isolation, where the voltage in equals the voltage out, with separate coils not electrically bonded to one another.

Digital electronics are electronics that operate on digital signals. The techniques used in Digital electronics are helpful because it is very easier to get an electronic device to convert into one of a number of known states than to accurately reproduce a continuous range of values.

Electrical Power Generation is the process of generation of electric power from primary sources of energy. Electricity is usually generated at a power plant by electromechanical generators, which are driven by heat engines fuelled by combustion or nuclear fission, but also by other means such as the kinetic energy of flowing water and wind.

Fundamentals of Electrical Engineering deals with the study, design, and application of equipment, devices, and systems that use electricity, electronics, and electromagnetism. Electrical Engineering concentrates on the representation, manipulation, transmission, and reception of information by electrical means. Electrical engineers work in a very wide range of industries and the skills required are likewise variable. These range from circuit theory to the management skills of a project manager.

High-voltage engineering is the science of planning, operating, and testing high-voltage electrical devices and designing the insulation coordination in order to ensure the reliable operation of the power network.

The E-learning course module on Indian Electricity (IE) rules is divided into four parts. By the end of this course the participant will be able to enhance their knowledge in the following areas: Understand the genesis and relevance of IE Rules Basic terms related to IE rules and safety regulations Know about general conditions relating to supply and use of electricity List of safety provisions for electrical installations and apparatus of voltage not exceeding 650 volts Learn Safety requirements for overhead lines, underground cables and generating stations.

Instrumentation engineering is the study of the measurement and control of process variables within a production or manufacturing area.