Top 7 Transformer Testing Services and When to Use Them The strength of electrical power systems transformers matches the voltage to make sure that power is delivered efficiently throughout homes, industry, and utilities. Nevertheless, similar to any other essential equipment, transformers require regular maintenance in order to work properly and safely. This is the point […]
How to Maintain the Quality of Transformers Oil: A Practical Guide The real heroes of electrical power systems, who are not lavished with awards and accolades, are the transformers that efficiently transform voltages to homes, industries, and utilities. Transformers oil, commonly referred to as insulating oil, is a crucial component that enhances transformer performance. […]
What Is DCRM Testing? Tools, Process & Circuit Breaker Analyzer Insights In electrical power systems, it is very important to keep circuit breakers reliable and safe. With these in place, electrical networks can stop harmful current flows, avoid damage, and keep functioning properly. Testing conducted by specialists proves that circuit breakers fulfill their objectives. One […]
Understand Electric Motor Testing: Tools & Techniques Electric motor testing equipment ensures that motors work correctly and last longer. It tests their electrical and mechanical characteristics to ensure they are efficient and dependable for sectors such as manufacturing, as well as automotive. Such testing prevents overheating or mechanical failure, and it makes motors safer and […]
Types of Losses in a Transformer – The Prominent Six Types of Losses Types of Losses in a Transformer A transformer brings in various types of losses, to name all of them, here is the list: Hysteresis Loss Iron Loss Eddy Current Loss Copper Loss Stray Loss Dielectric Loss Here we have explained all of […]
A Simplified Explanation of the Working Principle of Auto Transformer An autotransformer is a kind of electrical transformer that features a single-winding( usually a copper wire) that acts as both primary and secondary winding sides of the transformer. They are different from regular isolation transformers where the wire loops are kept completely isolated. These electrical […]
What Causes the Eddy Current Loss in Transformer: Reliability and Operation The Eddy Currents are electrical current loops induced within conductors when an alternating magnetic field is applied to the magnetic material or conductors. The concept of eddy current( loss of energy) dates back to the 19th Century. Since then eddy current has been applied […]
( The Basics)- An Easy-to-Understand Explanation of Hysteresis Losses in Transformers A transformer is a static-electrical device that works on the magnetic or electromagnetic induction principle. The theory of the law of induction was given by Michael Friday in the year 1831. He discovered that the change( increase or decrease) in an electric magnetic field( […]
Know More About Surge Protector vs Stabilizer For the longest period, electricity was not around us, and today, in this 21st century, this has become the most fascinating subject for advanced modern technologies and appliances. In this thunderstorm where electricity has completely changed our lives, let us quickly understand the two most popular and important […]
Scroll Down to Get a Complete Record of the Difference Between Isolator and Circuit Breaker Do you know, even today in electrical energy landscapes, power thermal plants hold a remarkably significant advantage in the electricity generation paradox. Like never before, modern societal thoughts have shifted from conventional ways to carbon-intensive technologies and the integration of […]
