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UID:1184@x8ti.com
DTSTART;TZID=Africa/Cairo:20250421T090000
DTEND;TZID=Africa/Cairo:20250425T130000
DTSTAMP:20241217T211100Z
URL:https://x8ti.com/event/electrical-protection-2/
SUMMARY:Electrical Protection
DESCRIPTION:Introduction\nPower system protection structures are essential 
 for establishing reliable electrical power systems. Expertise in power sys
 tem protection is crucial for enhancing the reliability of electrical infr
 astructures. Inadequately designed protection systems can lead to major po
 wer failures and accidents with severe consequences. As electricity become
 s increasingly important in our lives\, such power failures can significan
 tly impact society and the global economy.\n\nWith advancements in power p
 rotection technology and the rise of renewable energy sources\, designing 
 and operating power protection systems have become more complex. This cour
 se provides fundamental principles of power system protection and their ap
 plication in various scenarios.\nLearning Objectives\nUpon completing this
  Electrical Protection course by Xcelerate Training Course\, participants 
 will be able to:\n\n 	Understand the construction and functions of instrum
 ent transformers.\n 	Describe various types of grounding systems and earth
 ing fault protection.\n 	Identify practical solutions for selecting the ap
 propriate electrical protection for specific scenarios.\n 	Design effectiv
 e protection schemes.\n 	Comprehend the principles and selection of relays
 .\n\nTraining Methodology\nThis collaborative training program includes:\n
 \n 	Lectures\n 	Seminars &amp\; Presentations\n 	Group Discussions\n 	Assi
 gnments\n 	Case Studies &amp\; Functional Exercises Following the ‘Do-Re
 view-Learn-Apply’ model.\n\nBenefits for Your Organization\nOrganization
 s can benefit from:\n\n 	Increased productivity through reduced project ac
 ceptance\, design\, and commissioning time.\n 	Technical training and up-s
 killing to maximize workforce potential.\n 	A workforce with lower resista
 nce to change due to enhanced understanding.\n 	Identifying opportunities 
 for improvement through understanding current technologies.\n 	Networking 
 with technology leaders and experienced professionals to learn from each o
 ther's experiences.\n 	Exposure to standard international procedures in el
 ectrical protection.\n 	Encouraging a proactive attitude towards new techn
 ologies within the workforce.\n\nBenefits for You\nParticipants will gain:
 \n\n 	Understanding of different types of electrical faults and their caus
 es.\n 	Recognition of various electrical protection devices such as fuses\
 , circuit breakers\, and relays in LV and MV systems.\n 	Knowledge of the 
 impact and calculations of different short circuit currents.\n 	Understand
 ing the operation and types of protection relays\, including micro-logic\,
  solid-state\, and numerical relays.\n 	Ability to select and install appr
 opriate relays for specific functions.\n 	Familiarity with common protecti
 on relays for switchboards\, feeders\, motors\, and transformers.\n\nTarge
 t Audience\nThis course is suitable for:\n\n 	Technical professionals in t
 ransmission or distribution networks\n 	Technical management professionals
 \n 	Electrical department heads\n 	Engineers and technicians from the elec
 tricity supply industry\n 	Engineers and technical personnel in power util
 ities or petrochemical plants\n 	Service professionals of large infrastruc
 ture projects\n 	Maintenance and operations technicians\n 	Engineering pro
 fessionals from manufacturing companies\n 	Engineering professionals opera
 ting power and distribution transformers\n 	Professionals involved in comm
 issioning or maintenance of protection systems\n\nCourse Outline\nIntroduc
 tion\n\n 	Introduction to power system protection\n 	Power system protecti
 on calculations\n 	Symmetrical component methods\n 	Use of software system
 s for fault calculations\n 	Protection technologies\n 	Instrument transfor
 mers\n 	Circuit breakers\n 	Protection of power transformers\n 	Protection
  with high renewable energy sources\n\nElements of Protection\n\n 	Distanc
 e protection\n 	Protection of HVDC networks\n 	Protection of power cables 
 and lines\n 	Protection of substations\n 	Protection of motors\n 	Protecti
 on of generators\n 	Arc flash studies\n 	Frequency and voltage protection\
 n 	Special protection functions\n 	Wide arc protection\n 	Testing of power
  system protections\n 	Trends in power system protection\n\nTypes of Elect
 rical Protection Devices and Faults\n\n 	Importance of electrical protecti
 on and control devices\n 	Types of electrical faults: Active\, Incipient\,
  Passive\, Transient\, Asymmetrical\, Phase &amp\; Earth faults\n 	Charact
 eristics of high voltage fuses for electrical protection\n 	Attributes of 
 circuit breakers for electrical protection\n 	Microprocessor overcurrent r
 elays\n 	Time\, current\, curves\, and logic discrimination\n 	Hot and col
 d tripping curves\n 	LV switchboard protection against short circuits\n\nP
 rotection Functions and Instrument Transformers\n\n 	Power system architec
 ture\n 	Protection functions\n 	Selective coordination\n 	Lockout and anti
 -pumping relays\n 	Sensors\n 	Current and voltage instrument transformers\
 n 	Types of relays\n 	Numerical relays and functions\n\nBusbar\, Transform
 er\, and Motor Protection Systems\n\n 	Busbar protection\n 	Transformer pr
 otection\n 	Motor protection\n 	Capacitor protection\n 	Overhead line prot
 ection\n 	Types of related faults\n 	Relevant protection functions\n 	Prot
 ection device coordination\n\nSimple Calculation of Short Circuit Currents
 \n\n 	Revision of simple formulae\n 	Short circuit MVA and fault current c
 alculations\n 	Examples and case studies\n\nSystem Earthing\n\n 	Solid\, i
 mpedance\, touch potentials\n 	Effects of electric shock\n 	Earth leakage 
 protection\n\nGrounding Systems and Earth Fault Protection\n\n 	Overcurren
 t protection for phase and earth faults\n 	Unit protection schemes\n 	Dist
 ance protection\n 	Protection of feeders against overload and short circui
 t\n 	Types of grounding systems\n 	Restricted earth fault protection\n 	Se
 nsitive earth fault protection\n 	Protection against over-voltages\n\nMeth
 ods of Commissioning Relays\, Short Circuit Current Calculation\, and Harm
 onics\n\n 	Commissioning of protective relays\n 	Calculation of short circ
 uit current\n 	Fault topologies\n 	Short circuit current at the fault poin
 t\n 	Positive\, negative\, and zero sequence systems\n 	Triple harmonics e
 ffects and mitigation techniques\n\nPractical Demonstrations and Sessions\
 n\n 	Including simple fault calculations and relay settings\n 	Coordinatio
 n by time grading\n 	Problems in applying IDMT relays\n\n&nbsp\;
ATTACH;FMTTYPE=image/jpeg:https://x8ti.com/wp-content/uploads/2024/12/1740
 77bb-bdd5-40f7-b386-7ddbaba91b7a.jpg
CATEGORIES:Electrical Engineering
LOCATION:Cairo Training Courses\, Kempinski Nile Hotel Garden City Cairo\, 
 Cairo\, Egypt\, Egypt
X-APPLE-STRUCTURED-LOCATION;VALUE=URI;X-ADDRESS=Kempinski Nile Hotel Garden
  City Cairo\, Cairo\, Egypt\, Egypt;X-APPLE-RADIUS=100;X-TITLE=Cairo Train
 ing Courses:geo:0,0
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TZID:Africa/Cairo
X-LIC-LOCATION:Africa/Cairo
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DTSTART:20240421T090000
TZOFFSETFROM:+0200
TZOFFSETTO:+0200
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