According to Ohm's Law, the current that flows through a conductor between two locations is inversely proportional to the conductor's resistance and directly proportional to the voltage across the two points.
Faraday's Law (1831)
According to Faraday's Law of Electromagnetic Induction, an electromotive force (EMF) is induced in a closed loop when the magnetic field changes. The rate at which the magnetic flux changes through the loop is directly correlated with this produced EMF.
Lenz's Law (1834)
According to Lenz's Law, in a closed loop, the induced current (also known as the electromotive force, or EMF) will always flow in the opposite direction of the change in magnetic flux that generated it. This is a result of the energy conservation concept.
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ElectricalPower4U welcomes you. A network created to produce, transfer, and distribute electrical energy to satisfy the demands of residences, home, workplaces, and industries is known as an electrical power system. You will gain knowledge of the electrical power system’s generation, transmission and distribution, and protection mechanisms. Power plants that produce electricity, high-voltage transmission lines that transport electricity over great distances, and distribution networks that securely distribute it to final consumers make up this system.
These systems use cutting-edge technologies for safety, control, and monitoring in order to guarantee a consistent and effective supply of electricity. Electrical energy systems, from traditional power plants to renewable sources like wind and solar, are essential to modern society because they power daily living and stimulate economic progress.
A power generation system is a combination of equipment’s and processes used to generate electricity. Nuclear power, fossil fuels (coal, natural gas, and oil), and renewable energy sources are typically used in these systems.
You will learn everything there is to know about the electrical AC machines i.e ac generator, ac motors, induction motors, squirrel cage induction motor, synchronous motors, permanent magnet synchronous motors in this section.
You will learn everything there is to know about the electrical DC machines i.e dc generator, dc motors, compound dc, shunt dc motor, permanent magnet dc motor, shunt wound generator, compound wound dc motor in this section.
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