Russ Patterson’s Post

Learn the essentials of relay protection and control in power systems. This includes a complete relay circuitry and a deep understanding of all control and protection aspects. Special attention is paid to reading and analyzing schematics of transformer differential and distance protection. This bundle includes five courses in a total duration of 33 hours 47 mins. This bundle includes the following courses. Click on each course to see the details: https://lnkd.in/e2RfjrH9

Learn the essentials of relay protection and control in power systems. This includes a complete relay circuitry and a deep understanding of all control and protection aspects. Special attention is paid to reading and analyzing schematics of transformer differential and distance protection. This bundle includes five courses in a total duration of 33 hours 47 mins. https://lnkd.in/e2RfjrH9

Learn the essentials of relay protection and control in power systems. This includes a complete relay circuitry and a deep understanding of all control and protection aspects. Special attention is paid to reading and analyzing schematics of transformer differential and distance protection. This bundle includes five courses in a total duration of 33 hours 47 mins.

Lesson 2 – How to Test OverVoltage (59-Element) Protection Inside an IED/Relay of the Upcoming Voltage Relay Online Seminar is Ready for Production The first practical lesson for the upcoming voltage protection seminar is ready for production and will include the following topics with four hours of content spread across 22 videos: 1. Introduction to OverVoltage (59) Protection 2. Understanding How the 59-Element Works Inside an IED/Relay 3. How to Perform a Manual 59-Element Pickup Test in an IED/Relay 4. How to Perform a 59-Element Step Ramp Pickup Test in an IED/Relay 5. How to Perform a 59-Element Pulse Ramp Pickup Test in an IED/Relay 6. How to Perform a 59-Element Time Test in an IED/Relay 7. How to Perform a 59-Element Dynamic Pickup/Timing Test in an IED/Relay 8. How to Perform a Modern 59-Element Test https://lnkd.in/eHKdWbrR

This course deals with the very important relay protection function – a Circuit Breaker Failure (CBF) protection. By the time you have finished this course, you will be able to comprehend the function of the circuit breaker failure relay, the circuit breaker failure scheme/trip matrix, the manner in which CBF stage 1 and 2 function, and CBF protection for various busbar schemes. The course consists of 12 lessons, and it takes 2 hours 12 mins. In the event that the nearest circuit breaker fails to clear a system fault, the circuit breaker failure protection acts as a secondary line of defense for the system. During this course, we will begin with fundamental ideas and explain the symbol for circuit breakers as well as the appearance of circuit breakers in substations. You will begin by learning how to express a circuit breaker using an ANSI code, as well as the distinction between a line isolator and a circuit breaker. More info https://lnkd.in/de4EkgiC

This course deals with the very important relay protection function – a Circuit Breaker Failure (CBF) protection. By the time you have finished this course, you will be able to comprehend the function of the circuit breaker failure relay, the circuit breaker failure scheme/trip matrix, the manner in which CBF stage 1 and 2 function, and CBF protection for various busbar schemes. The course consists of 12 lessons, and it takes 2 hours 12 mins. In the event that the nearest circuit breaker fails to clear a system fault, the circuit breaker failure protection acts as a secondary line of defense for the system. During this course, we will begin with fundamental ideas and explain the symbol for circuit breakers as well as the appearance of circuit breakers in substations. You will begin by learning how to express a circuit breaker using an ANSI code, as well as the distinction between a line isolator and a circuit breaker.

New book review - Grounding and Shielding: Circuits and Interference (2016) by Ralph Morrison. It delivers: - A thorough introduction to electric and magnetic field theory. - Information about grounding of devices, building installations, lightning protection (not necessarily PCB layouts). - Shielding examples for cables and devices. Find out more on our website: https://lnkd.in/dbewYGy #emcbook #emc #emi #electromagneticcompatibility #bookrecommendation #bookreview #electricalengineering #academyofemc

Hello LinkedIn Family, I'm delighted to share that I have accomplished a certification course in "Power System Protection: Transformer Protection" through Udemy.During this learning experience, I explored the workings of transformer protection, including essential principles, advanced protective relay applications.Here is the learnings which i covered during course: 1. Phase Differential Protection. 2. Restricted Earth Fault Protection. 3. Instantaneous overcurrent protection. 4. Inverse time overcurrent protection. 5. Neutral Inverse Time overcurrent protection. 6. Volt/Hertz Protection Completing this course has significantly expanded my understanding in transformer protection. I am eager to apply these insights and contribute effectively to the field. #Transformerprotection #Powersystems #Protectiverelays #Electricalsafety #ElectricalEngineering

Are you interested in learning more about battery safety? In that case, I recommend that you sign up for our online course on February 29

It's good to learn something in energy topic. [Building Controls VIII: Controllers and Controlled Devices] Course Description:  The purpose of this course is to see how proportional control may oscillate and stabilize at a point above the setpoint and how an integral term helps a control loop to achieve a result closer to the setpoint. We’ll also spend some time explaining how derivatives help to prevent overshoots. Learning Objectives: At the completion of this course, you will be able to: • See how proportional control may oscillate and stabilize at a point above the setpoint • Show how an integral term helps a control loop to achieve a result closer to the setpoint • Illustrate how a derivative term helps to prevent overshoots