BEGIN:VCALENDAR VERSION:2.0 PRODID:-//wp-events-plugin.com//7.2.3.1//EN BEGIN:VEVENT UID:1279@x8ti.com DTSTART;TZID=Asia/Riyadh:20251201T090000 DTEND;TZID=Asia/Riyadh:20251212T130000 DTSTAMP:20241219T212936Z URL:https://x8ti.com/event/generator-excitation-systems-5/ SUMMARY:Generator Excitation Systems DESCRIPTION:Introduction\nExcitation systems play a crucial role in maintai ning the stability of power systems\, especially those using large generat ors\, connected with long lines\, located in sensitive voltage areas\, or experiencing local fluctuations. Enhancing the reliability and availabilit y of these systems requires skilled routine maintenance and competent trou bleshooting capabilities.\n\nEffective operation of any Generating System depends on the training of individuals performing inspection\, testing\, m aintenance\, and troubleshooting tasks. Skilled personnel following well-d eveloped procedures can significantly reduce costs\, equipment downtime\, and troubleshooting complexity in the long run.\nLearning Objectives\nUpon completing this Generator Excitation Systems course by Xcelerate Training Institute\, participants will be able to:\n\n Gain a thorough understand ing of generator principles.\n Understand troubleshooting procedures for generating equipment.\n Choose\, start\, manage\, maintain\, test\, and t roubleshoot generator excitation systems.\n Apply in-depth knowledge of m ajor generator set components.\n Demonstrate proper operating procedures for exciters and understand excitation system composition.\n Discuss exci tation system performance\, including dynamic and transient stability.\n Explain the hardware configuration of control electronics.\n Understand d ifferent software functions for AVR communication systems and hardware/sof tware interfaces.\n Implement proper commissioning\, operation\, troubles hooting\, and maintenance procedures.\n Utilize theories behind failure m odes and failure analysis.\n Develop an awareness of electrical safety co ncerns.\n\nTraining Methodology\nThis collaborative training program inclu des:\n\n Lectures\n Seminars &\; Presentations\n Group Discussions\n Assignments\n Case Studies &\; Functional Exercises Following the ‘Do-Review-Learn-Apply’ model.\n\nBenefits for Your Organization\nOrga nizations can benefit from:\n\n Updating technical skills and standards f rom previous learnings.\n Bringing workplace practices up to current stan dards.\n Empowering engineers and technicians with knowledge to apply in their roles\, understanding current procedures and practices.\n Preparing participants for upcoming changes in relevant practices and legislation\, allowing proactive implementation.\n Ensuring current work practices com ply with regulatory laws.\n\nBenefits for You\nParticipants will gain:\n\n Awareness of the importance of maintenance and safety procedures.\n An organized approach and framework for assembling and operating turbogenerat or systems.\n Understanding of controls and component features of generat or transformers.\n Continuous knowledge of test equipment used for electr ical assessments and repairs.\n Ability to use single-line diagrams and s chematics for troubleshooting.\n Recognition of standard work practices a nd development of plans for successful inspection and troubleshooting.\n\n Target Audience\nThis course is suitable for:\n\n Electrical Technicians\ n Electrical Engineers\n Electrical Supervisors\n Electrical Power Engi neers\n Electrical Project Engineers\n Anyone involved in evaluating\, u sing\, maintaining\, testing\, or troubleshooting generator excitation sys tems\n\nCourse Outline\nDefinitions\n\n Generator systems (AC) and equipm ent\n Generator systems (DC) and equipment\n Operation\, inspection\, te sting\, control\, maintenance\, and troubleshooting\n Control systems\n\n Interpretation and Use of Drawings\n\n Single-line electrical drawings\n Control schematics\n Wiring lists\n P&\;IDs\n Logic and standard sy mbols\n\nMaintenance Planning\n\n Developing schedules and procedures\n Defining operation requirements for parts and labor\n Defining maintenanc e requirements for parts and labor\n Regular\, preventive\, predictive\, and emergency maintenance\n\nThe Use of Test Equipment\n\n Digital voltme ter (DVM)\n Oscilloscopes\n Megger\n Frequency meter\n Temperature pro bes/pyrometers\n Ammeters\n Power meters\n Load banks\n Digital hydrom eters\n Cable fault locators\n\nThe Technology of Generators\n\n Theorie s of AC\, DC\, and emergency electrical generation\n Power supplies (batt ery chargers\, rectifiers\, inverters)\n Batteries\n Generator drivers ( gas/steam/water turbine\, diesel/gas engine)\n Governors (control systems )\n Programmable logic controllers (PLC)\n Synchronization\n Power grid and network considerations\n\nGenerator Components and Systems\n\n Incre asing or decreasing voltage (transformers)\n Neutral ground resistors (NG R)\n Switchgear\n Motor control centers (MCC)\n Disconnect switches\n Power monitoring\n Control relays/timers/switches\n Generator protective devices\n\nGenerator Excitations and Importance of Reactive Power\n\n Fe atures and production of the Automatic Voltage Regulator (AVR)\n Digital voltage regulator for generators\n Functions and construction of governor s\n Permanent magnet generators\n Over fluxing and types of excitation s ystems\n Self-excitation vs. brushless\n Effects of over and under excit ation\n Reactive power relationship to excitation\n\nEconomical and Mecha nical Impacts\n\n Control systems for excitation\n Impact of over and un der excitation\n Significance of the capability curve and P-Q diagrams\n Interpreting the capability curve\n Capability curve software\n Generat or stator thermal effects\n Generator rotor thermal effects\n Improvemen ts in generator excitation systems\n\nInspection and Testing of Generators \n\n Methods\n Terminology\n Principles\n Special techniques\n NEC ch ecklists\n\nTroubleshooting of Generators\n\n Methods\n Terminology\n P rinciples\n Special techniques\n Case studies/examples\n Single-line dr awings\n Group exercises\n\nDevelopment of a Job Plan\n\n Identification of troubleshooting steps\n Procedure preparation\n Documentation\n Fol low-up\n Safety considerations and training\n\nReview of Safety Requireme nts\n\n Area classifications\n NEC electrical codes\n Safety informatio n\n\nIdentification and Restoration of System Failures\n\n Common mode fa ilures\n Phase imbalance\n Contact pitting/arcing\n Electronic componen t failure\n Fusing\n Generator windings/bearings/brushes\n Excitation c ircuits\n Battery cells\n Inverters/rectifiers/battery chargers\n Bushi ngs\n Switches\n Control circuits\n Ground faults\n\n \; ATTACH;FMTTYPE=image/jpeg:https://x8ti.com/wp-content/uploads/2024/12/1d6f d7ba-1120-4464-af86-2d1280c197bd.jpg CATEGORIES:Electrical Engineering LOCATION:http://online END:VEVENT BEGIN:VTIMEZONE TZID:Asia/Riyadh X-LIC-LOCATION:Asia/Riyadh BEGIN:STANDARD DTSTART:20241201T090000 TZOFFSETFROM:+0300 TZOFFSETTO:+0300 TZNAME:+03 END:STANDARD END:VTIMEZONE END:VCALENDAR