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UID:1180@x8ti.com
DTSTART;TZID=Europe/Paris:20250811T090000
DTEND;TZID=Europe/Paris:20250822T130000
DTSTAMP:20241217T205719Z
URL:https://x8ti.com/event/electrical-power-system-protection-and-switchge
 ar-3/
SUMMARY:Electrical Power System Protection and Switchgear
DESCRIPTION:Introduction\nPower systems can experience deficiencies due to 
 inadequate insulation or other external factors. When a fault occurs\, it 
 can destabilize the system. In more complex systems\, it's crucial to pinp
 oint the fault accurately and isolate only the affected segments\, allowin
 g the rest of the system to function normally. This course covers the prev
 ention\, detection\, and correction of electrical faults efficiently. It i
 ncludes practical exercises and demonstrations combined with technical con
 cepts of electrical power system protection and switchgear.\nLearning Obje
 ctives\nUpon completing this course by Xcelerate Training Institute\, part
 icipants will be able to:\n\n 	Identify instrument transformers for protec
 tion applications.\n 	Understand protective relaying perspectives and sele
 ct appropriate protection plans.\n 	Design a synchronized overcurrent prot
 ection system for radial distribution.\n 	Understand the operation of elec
 tromechanical relays and their microprocessor equivalents.\n 	Develop prot
 ection schemes using pilot protection with differential and distance relay
 s.\n\nTraining Methodology\nThis interactive training program includes:\n\
 n 	Lectures\n 	Videos\n 	Seminars &amp\; Presentations\n 	Group Discussion
 s\n 	Demonstrations\n 	Assignments\n 	Case Studies &amp\; Functional Exerc
 ises Following the ‘Do-Review-Learn-Apply’ model.\n\nBenefits for Your
  Organization\nOrganizations can benefit from:\n\n 	Reducing unnecessary p
 ower system downtimes.\n 	Obtaining customized solutions to address equipm
 ent issues.\n 	Adopting trusted settings for trip circuit breakers and rel
 ays.\n 	Enhancing coordination between devices and identifying deficiencie
 s in system protection.\n 	Adhering to national electric code requirements
  and ANSI/IEEE specifications.\n\nBenefits for You\nParticipants will gain
 :\n\n 	Knowledge of different parts of protection systems.\n 	Fundamentals
  of electrical power security.\n 	Ability to set up basic relay settings i
 ndependently.\n 	Understanding of various fault types.\n 	Skills to perfor
 m basic fault and design calculations.\n 	Ability to select appropriate pr
 otection tools for different equipment.\n 	Insight to justify and improve 
 protection systems in their current plant.\n 	Enhanced decision-making ski
 lls for electrical power system protection.\n 	Improved safety policies at
  their site.\n\nTarget Audience\nThis course is suitable for:\n\n 	Electri
 cal Engineers\, Supervisors\, or Technicians responsible for electrical pr
 otective gear.\n 	Engineers and technicians new to the power industry.\n 	
 Employees tasked with evaluating the effectiveness of security schemes.\n 
 	Intermediate-level engineers and technicians responsible for power system
  protection.\n 	Engineers and consultants managing security studies.\n 	Pr
 ofessionals developing protection schemes for system reliability.\n\nCours
 e Outline\nOverview of Power Systems\n\n 	Electrical distribution system\n
  	Basic circuit breaker design and protection introduction\n 	Reading sing
 le line diagrams\n 	Phasor math\n 	LV\, MV\, and HV equipment\n 	Per-unit 
 calculations\n 	Symmetrical components\n 	Functions and types of electrica
 l switchgear\n 	Sequence networks\n\nFundamentals of Protection in Power S
 ystems\n\n 	Basic requirements and components\n 	Need for protective appar
 atus\n 	Microprocessor-based relay implementation\n 	Instantaneous and tim
 e overcurrent relays\n 	Electromechanical relay operating principles\n 	De
 vice coordination\n\nCategories of Faults and Short Circuit Currents\n\n 	
 Symmetrical units\n 	Unbalanced faults and earth faults\n 	Short circuit M
 VA calculation\n 	Simple distribution system development\n 	Equivalent dia
 grams for system impedance reduction\n 	Fault types\, effects\, and calcul
 ations\n\nSystem Earthing and Earth Faults\n\n 	Effects of electric shock 
 on humans\n 	Sensitive earth leakage protection\n 	Phase and earth faults\
 n 	Comparison of earthing methods\n 	System classification\n 	Protective e
 arthing\n\nCircuit Breakers with Built-in Protection\n\n 	Circuit breakers
  with integrated protection\n 	Conventional and electronic releases\n 	Fus
 e characteristics\, ratings\, and selection\n 	Performance under fault con
 ditions\n 	Protective relay-circuit breaker combination\n\nRelays and Auxi
 liary Power Apparatus\n\n 	Construction and operation of protective relays
 \n 	Communication capabilities\n 	Factors influencing plug setting choices
 \n 	Reasons for breakers and contractors failing to trip\n 	Universal micr
 oprocessor overcurrent relay\n 	Future of protection for distribution syst
 ems\n 	Necessity of consistent auxiliary power for protection systems\n 	T
 echnical features of modern microprocessor relays\n 	Trip circuit supervis
 ion\n 	Capacity storage trip units\n\nProtection Classification and Relay 
 Coordination\n\n 	Design considerations of MV and LV networks\n 	Basis of 
 selectivity\n 	Time-current grading\n 	Coordination between transformer ci
 rcuits\n 	Importance of settings and coordination curves\n\nUnit Security 
 and Functions\n\n 	Recommendations and advantages of unit protection syste
 ms\n 	Protective relay systems\n 	Differential protection\n 	Main\, unit\,
  and backup protection\n 	Machine\, transformer\, and switchgear protectio
 n\n 	Feeder pilot-wire protection\n\nSafety of Feeders and Lines\n\n 	Use 
 of carrier signals in line protection\n 	Overcurrent and earth fault prote
 ction\n 	Unit and impedance protection of lines\n 	Auto-reclosing relays f
 or transmission and distribution lines\n 	DMT and IDMT arrangements for la
 rge systems\n 	Use of auto-reclosing to reduce outage time\n\nProtection o
 f Machinery\n\n 	Basics of motor protection\n 	Introduction to generator p
 rotection\n 	Transient and steady-state temperature rise\n 	Typical protec
 tive settings for motors\n 	Thermal time constant\n 	Unbalanced supply vol
 tages and rotor failures\n\nThe Future\n\n 	Advances in protection: microp
 rocessor\, static\, and conventional\n 	Personal protective equipment (PPE
 )\n 	Intelligent sectionalizing\n 	Shock hazard versus burn/blast hazard\n
  	Hazard labeling\n 	IEEE 1584 and NFPA 70E\n 	Communication-based overcur
 rent protection\n\n&nbsp\;
ATTACH;FMTTYPE=image/jpeg:https://x8ti.com/wp-content/uploads/2024/12/7ecc
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CATEGORIES:Electrical Engineering
LOCATION:Paris Training Courses\, Maison Colbert Meliá Collection\, Paris\
 , France\, France
X-APPLE-STRUCTURED-LOCATION;VALUE=URI;X-ADDRESS=Maison Colbert Meliá Colle
 ction\, Paris\, France\, France;X-APPLE-RADIUS=100;X-TITLE=Paris Training 
 Courses:geo:0,0
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TZID:Europe/Paris
X-LIC-LOCATION:Europe/Paris
BEGIN:DAYLIGHT
DTSTART:20250330T030000
TZOFFSETFROM:+0100
TZOFFSETTO:+0200
TZNAME:CEST
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