Power Projects
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Protection coordination is an important part of any power system. Without it, the network will be liable to get damaged. In this course, we will figure out how protection coordination works and how it can help us prevent damage in a power system during faults and other events. The module focuses on the protection coordination for low voltage and medium voltage equipment used in electrical power systems. This course covers the principles of protection coordination into a protection system using the digsilent powerfactory software.
This course in a live session will be on Friday, Saturday and Sunday from 02-09-2022 to 24-09-2022 7 PM to 8.30 PM India standard time
➡️Need For Protection
➡️Introduction To Protection In LV Systems
➡️Introduction To MCB, MCCB, ACB, Thermal, Magnetic Release, Electronic Trip Unit Release
➡️Circuit Breaker Terminologies
➡️Icu, Icw, Ics, Ip
➡️LV System Protection – Setting Calculation
➡️Modelling & Co-Ordination of Thermal Magnetic Release & Electronic Trip Unit Release (LSIG)
➡️LV System Protection & Co-ordination Study for Real Time Scenario
➡️Introduction To MV System Protection
➡️Need Of O/C & E/F Protection
➡️Protection Setting Calculations of Over Current (50 & 51) for Transformer Feeder
➡️Stage 1, Stage 2, Stage 3
➡️Group 1 & Group 2 Settings
➡️Protection Setting Calculations ff Earth Fault Relays (50N, 51N) for Transformer Feeder
➡️Stage 1, Stage 2, Stage 3
➡️Group 1 & Group 2 Settings
➡️Protection Setting Calculations of Over Current (50 & 51) for Motor Feeder
➡️Protection Setting Calculations of Earth Fault Relays (50N & 51N) for Motor Feeder
➡️Need for Thermal Over Load Relay- 49
➡️LV & MV Motor Protection (Jam Protection, Acceleration Protection, Startup Supervision)
➡️Importance of Negative Phase Sequence Protection
➡️Protection Setting Calculations of Over Current (50 & 51) for Bus Tie & Incomer Feeder
➡️Protection Setting Calculations of Earth Fault Relays (50N & 51N) for Bus Tie & Incomer Feeder
➡️Need to Stand by Earth Fault Protection
➡️Setting Philosophy of SBEF Protection
➡️CB CT Sensitive Earth Fault Protection Simulation for Real–Time Scenario
➡️Importance of Directional Over Current & Earth Fault Protection
➡️Terminologies in Directional Protection
➡️Applications of Directional Protection
➡️Protection Setting Calculations for Directional Over Current & Earth Fault Relays (67TOC,67N)
➡️Real-Time Scenario Simulation
For power system consulting please visit us at: www.powerprojectsindia.com
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Venkata Naga Jagadish Neelamraju Neelamraju
"LV & MV System Protection Coordination (PR 24) Course
Power Projects' "LV & MV System Protection Coordination (PR 24)" course, utilizing DIgSILENT PowerFactory, is an essential training program for professionals seeking to deepen their understanding of protection coordination for low voltage (LV) and medium voltage (MV) systems. The course covers the fundamental concepts that are crucial for ensuring the reliability and safety of electrical networks, particularly focusing on the nuances of settings and coordination studies within LV and MV frameworks. Participants gain hands-on experience with DIgSILENT PowerFactory, enabling them to perform detailed analyses and optimize protection schemes effectively. This training has been invaluable in maintaining the network reliability of the Saudi Distribution Network, specifically operating at voltage levels of 33/13.8kV. By applying the tools and methodologies learned in this course, professionals can enhance the performance of protective devices, minimize downtime, and significantly improve the overall efficiency of the distribution network. Power Projects’ practical approach to protection coordination equips participants with the skills necessary to tackle real-world challenges confidently, making it a highly recommended program for anyone involved in electrical system management and design.
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