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UID:20260722T004455Z - 36452@as212a.odoo.com
DTSTART;TZID=Asia/Shanghai:20260722T080000
DTEND;TZID=Asia/Shanghai:20260724T173000
CREATED:20260722T004455Z
DESCRIPTION:<a href="https://pamavtech.odoo.com/event/electrical-system-pro
 tection-coordination-661/register">Electrical System Protection Coordinati
 on</a>\nEarn 35 CPD Points for ELECTRICAL ENGINEERING COUNCIL OVERVIEW Pow
 er System Analyses are an essential part of electrical power system design
 . Load flow analysis\, short circuit analysis\, and protection coordinatio
 n are necessary to verify that the electrical system including the system 
 components\, is correctly specified to perform as intended\, withstand exp
 ected stress\, and be protected against failures. What You’ll LearnLoad 
 Flow Analysis: Manual and software-based calculations.Short Circuit Analys
 is: Symmetrical & asymmetrical currents\, fault calculations.Protection Co
 ordination: Time-Current Curves (TCC)\, equipment damage curves\, and sett
 ing protection devices. Who Should AttendElectrical EngineersPower System 
 AnalystsProject EngineersMaintenanceEngineersTechnicians. Why It Matters G
 ain the knowledge to design and maintain reliable electrical systems\, red
 uce risk\, and enhance safety. Don’t wait for a failure—be proactive a
 nd optimize your protection strategies! LEARNING OBJECTIVES By the end of 
 this program\, participants will confidently apply practical power system 
 analysis and protection techniques to real-world scenarios. Drawing on the
 ir prior experience\, they will:Apply load flow\, short circuit analysis\,
  and protection coordination in real-world power systems.Analyze per-unit 
 calculations\, symmetrical components\, and fault scenarios to make inform
 ed decisions.Perform short circuit and voltage drop calculations\, selecti
 ng appropriate protective devices.Integrate protection fundamentals—data
 \, fault analysis\, equipment\, and safety—into practical solutions.Use 
 power system software to create one-line diagrams\, interpret time-current
  curves\, and prevent equipment damage. OUTLINE / TOPICS TO BE DISCUSSED D
 ay 1Course IntroductionModule 1: Load Flow Analysis ​At the end of this 
 module\, the participants should be able to:Grasp key principles of power 
 system [...]
DTSTAMP:20260722T004455Z
LOCATION:Pamav Training Institute and Technology Center\, Inc.\, 6th-7th Fl
 r. 68 Kalayaan VCP Bldg. 68 Kalayaan Avenue\, Teacher's Village West\, Dil
 iman\, Quezon City Metro Manila 1101\, Philippines
SUMMARY:Electrical System Protection Coordination
X-ALT-DESC;FMTTYPE=text/html:<a href="https://pamavtech.odoo.com/event/elec
 trical-system-protection-coordination-661/register">Electrical System Prot
 ection Coordination</a>\nEarn 35 CPD Points for ELECTRICAL ENGINEERING COU
 NCIL OVERVIEW Power System Analyses are an essential part of electrical po
 wer system design. Load flow analysis\, short circuit analysis\, and prote
 ction coordination are necessary to verify that the electrical system incl
 uding the system components\, is correctly specified to perform as intende
 d\, withstand expected stress\, and be protected against failures. What Yo
 u’ll LearnLoad Flow Analysis: Manual and software-based calculations.Sho
 rt Circuit Analysis: Symmetrical & asymmetrical currents\, fault calculati
 ons.Protection Coordination: Time-Current Curves (TCC)\, equipment damage 
 curves\, and setting protection devices. Who Should AttendElectrical Engin
 eersPower System AnalystsProject EngineersMaintenanceEngineersTechnicians.
  Why It Matters Gain the knowledge to design and maintain reliable electri
 cal systems\, reduce risk\, and enhance safety. Don’t wait for a failure
 —be proactive and optimize your protection strategies! LEARNING OBJECTIV
 ES By the end of this program\, participants will confidently apply practi
 cal power system analysis and protection techniques to real-world scenario
 s. Drawing on their prior experience\, they will:Apply load flow\, short c
 ircuit analysis\, and protection coordination in real-world power systems.
 Analyze per-unit calculations\, symmetrical components\, and fault scenari
 os to make informed decisions.Perform short circuit and voltage drop calcu
 lations\, selecting appropriate protective devices.Integrate protection fu
 ndamentals—data\, fault analysis\, equipment\, and safety—into practic
 al solutions.Use power system software to create one-line diagrams\, inter
 pret time-current curves\, and prevent equipment damage. OUTLINE / TOPICS 
 TO BE DISCUSSED Day 1Course IntroductionModule 1: Load Flow Analysis ​At
  the end of this module\, the participants should be able to:Grasp key pri
 nciples of power system [...]
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