Cooling of a Synchronous Generator
Synchronous generators require adequate cooling in order to ensure proper functionality. Natural cooling processes do not sufficiently provide enough cooling to the alternators. Therefore, forced
Machines
An electrical machine converts mechanical energy into electrical energy or vice versa. The transformer is also an electrical machine which transform the voltage without changing the frequency. We will discuss about the;
- DC Motor
- DC generator
- Induction Motor
- Transformer
- Electrical drives
- Alternator or synchronous generator
Transformer Faults and Transformer Protection Schemes
In this article, we will discuss transformer faults and transformer protection schemes. In the electrical power system, the transformer is an important electrical machine that
Load Equalization in Electric Drives: What It Is & How It Works
In this article, we will discuss load equalization in electrical drives and how it is achieved. Load fluctuations in electrical drives can cause unbalanced currents
Cooling Methods of Transformer- AN, ONAN, ONAF and OFAF
The AN, ONAN, ONAF, and OFAF cooling methods of the transformer are very important for transformer cooling. The cooling of the transformer brings the temperature
Difference between Core Type and Shell Type Transformer
The major difference between a core-type and shell-type transformer is that a core-type transformer has two limbs and two yokes, and a shell-type transformer has
Difference between Instrument Transformer and Power Transformer
This article describes the major differences between an instrument transformer and a power transformer. A transformer is electrical equipment used for stepping up or stepping down the
20 Different Types of Transformers: Working and Applications
An electrical transformer is a static electrical device that transfers electrical energy by increasing or decreasing AC voltage and current without changing its frequency. It
Synchronous Generator-Construction and Working Principle
This article describes the construction and working principle of a synchronous generator (also called an alternator). So, let us start with the basic introduction of
Difference between Generator and Inverter
A generator is an electromechanical machine that converts mechanical energy into electrical energy. While an inverter is an electronic device that converts direct current (DC)
AC vs DC Motor – Key Differences, Working, Types & Applications
The main difference between AC and DC motors is that AC motors run on alternating current and have a stationary armature with a rotating magnetic