BEGIN:VCALENDAR VERSION:2.0 PRODID:-//wp-events-plugin.com//7.2.3.1//EN BEGIN:VEVENT UID:1305@x8ti.com DTSTART;TZID=Asia/Dubai:20250210T090000 DTEND;TZID=Asia/Dubai:20250221T130000 DTSTAMP:20241221T103649Z URL:https://x8ti.com/event/grounding-systems-design-application-training-c ourse/ SUMMARY:Grounding Systems Design & Application Training Course DESCRIPTION:Introduction\nGrounding is a critical aspect of safety in power systems and power transmission. A well-designed grounding system is essen tial for redirecting surge currents from various sources to the soil\, ens uring electrical equipment and users are protected from electrical noise. Improper grounding systems can cause significant harm to consumers and con nected equipment.\n\nIt is crucial for electrical professionals and field technicians to understand the concepts\, tools\, and principles that make grounding systems effective. Learning about grounding systems also helps m itigate risks associated with electrical equipment not being enclosed at g round potential\, preventing financial losses due to network failures.\nLe arning Objectives\nUpon completing this course by Xcelerate Training Insti tute\, participants will be able to:\n\n Understand all concepts related to grounding system design and application.\n Develop market-ready ground ing design skills for field application.\n Learn techniques and methods u sed in grounding electrical systems and devices.\n Implement lightning an d surge protection.\n Analyze and calculate required grounding systems fo r power substations and networks.\n Evaluate risks and develop mitigation techniques for power systems.\n Conduct soil testing and layer classific ation.\n Select earthing rods and determine their quality.\n Examine sub stations to ensure safety guidelines are followed.\n\nTraining Methodology \nTraining will be conducted by industry-trusted professionals with expert ise in grounding design. The course includes both practical and theoretica l lessons\, emphasizing understanding to gain work-ready skills. Training materials include PowerPoint slides\, well-prepared PDF notes\, and case s tudies. Participants are encouraged to engage with facilitators and partic ipate in two-way learning. Illustrations\, system analysis\, training vide os\, and role-playing may be used where appropriate. The course follows th e Do–Review–Learn–Apply Model developed by Xcelerate Training Instit ute.\nBenefits for Your Organization\nOrganizations can benefit from:\n\n A solid understanding of grounding concepts and methods\, including equip otential bonding.\n Developing effective substation earthing and device p rotection approaches.\n Familiarity with soil resistivity testing and eva luation.\n Selection of grounding electrodes.\n Knowledge of power surge s\, harmonics\, oscillations\, and power swings.\n Skills to identify pow er hazards and implement safety measures.\n Understanding the need for gr ounding system design and its application.\n\nBenefits for You\nParticipan ts will gain:\n\n Knowledge of power system grounding and quality determi nation.\n Understanding of various grounding techniques and methods.\n S kills for handling power system hazards and protection.\n Techniques for lightning protection and overcurrent avoidance.\n Market-ready skills for career advancement.\n Knowledge of grounding design objectives and confi gurations.\n Step-by-step approach to designing grounding systems.\n Und erstanding of power hazard issues and mitigation methods.\n Ability to en sure proper grounding design to avoid power hazards.\n Enhanced skills to handle different scenarios and assume higher responsibilities in safety a nd system protection.\n\nTarget Audience\nThis course is ideal for:\n\n E lectrical Engineers involved in installation designs.\n Electrical Techni cians providing installation guidance.\n Power System Operators ensuring safety.\n Planning Engineers managing power protection alternatives and m aterial selection.\n Planning Managers making critical decisions.\n Inst rumentation Engineers.\n Asset Engineers.\n Commissioning Engineers.\n Asset Managers.\n Design Engineers.\n Investors.\n Power vendors ensuri ng compliance.\n Anyone interested in protecting substations\, power line s\, and electrical devices.\n\nCourse Outline\nImportance of Grounding Sys tems\n\n Ground electrodes\n Impact of lightning on power networks and d evices\n Types of electrical faults\n Arcing in power systems\n Bonding \n Power noise avoidance\n Elimination of static charges by grounding\n Surge protection\n Power lines and lightning relation\n Spark energy an d ignition hazard\n Evaluating and handling static charges\n Lightning s trike management\n Grounding design fundamentals\n Static charge buildup \n Soil resistivity analysis\n Consequences of power faults\n\nGrounding Systems\n\n TT Systems\n TN Systems\n TN-C Systems\n Protection devic es\n Thermal reaction due to resistance\n Shock hazard\n Solidly ground ed systems\n Resistance Grounding Systems with NER utilization\n Impedan ce Grounding with Neutral Reactor use\n Touch potential\n Surge protecti on using grounding systems\n TN-S System\n TN-S-C Systems\n Earth fault protection\n Metal enclosure for grounding\n Step potential\n Induced voltage handling\n EMI suppression\n Ungrounded systems\n\nGrounding Pro tection Methods/Techniques\n\n Types of circuit breakers\n IDMT O/C & \; E/F protection\n Overcurrent protection\n Overvoltage protection\n E arth fault protection\n Per unit measure\n Sequence networks\n Protecti on criteria\n Fuse utilization\n Relay systems\n Transformer protection \n Measuring transformers\n\nLightning Protection\n\n Electrostatic\n U PS usage\n Capacitive coupling\n Electrical noise categorization\n Equi potential bonding\n Power system surges\n\nRisk Mitigation\n\n Electrica l noise handling\n Grounding loop mitigation\n Electrical harmonics hand ling\n Lightning arrestor installation\n Surge arrestors\n Electrical p rinciples for surge handling\n Shielded transformer isolation\n Groundin g loops as a source of electrical noise\n\nEffective Grounding Systems\n\n Ground fault current handling\n HV substation and lines grounding\n LV and MV substation and lines grounding\n Outdoor HV substation grounding\ n Soil resistivity evaluation and calculations\n Lightning probability\n Lightning incidence management\n Lightning risk mitigation\n Design co nsiderations for effective grounding\n Transferred current and voltage\n\ nAnalysis and Evaluation\n\n Grounding system approach\n Chemical corros ion of grounding rods\n Earthing rod resistance measurement\n Multiple e arthing rod utilization\n Parallel grounding\n Single rod resistance\n Soil resistance analysis and measuring techniques\n Interpreting soil res istance results\n Soil resistance concerning grounding\n\nResistivity of Surface Materials\n\n Concrete\n Crusher granite\n Washed granite\n Wa shed limestone\n Asphalt\n Wet organic soils\n Dry organic soils\n San d and gravel\n Shale\n Bentonite\n Clay\n Slate\n\nGrounding System De sign\n\n Data collection techniques for grounding systems\n Data analysi s methods\n Noise discharge management\n Using grounding systems for hum an safety\n\n \; ATTACH;FMTTYPE=image/jpeg:https://x8ti.com/wp-content/uploads/2024/12/0919 f5a3-3539-4c4c-b2ce-a2fcdc98ccbc.jpg CATEGORIES:Electrical Engineering LOCATION:Dubai Training Courses\, Hilton Dubai Palm Jumeirah\, Dubai\, UAE\ , United Arab Emirates X-APPLE-STRUCTURED-LOCATION;VALUE=URI;X-ADDRESS=Hilton Dubai Palm Jumeirah\ , Dubai\, UAE\, United Arab Emirates;X-APPLE-RADIUS=100;X-TITLE=Dubai Trai ning Courses:geo:0,0 END:VEVENT BEGIN:VTIMEZONE TZID:Asia/Dubai X-LIC-LOCATION:Asia/Dubai BEGIN:STANDARD DTSTART:20240211T090000 TZOFFSETFROM:+0400 TZOFFSETTO:+0400 TZNAME:+04 END:STANDARD END:VTIMEZONE END:VCALENDAR