ETAP 374 EU

Protection & Dynamic – Transients Workshop - Professional

4-Day Live Online Workshop

Sep 22 - 25, 2020

9 am CEST, Europe

Fee: € 2,500

Day	Morning	Afternoon
1	Star Auto - Automated Protection & Coordination Evaluation Review and Practical Example Overview and Minimum Requirements Protection and Coordination Rule Book Tabular and Graphical Analysis Viewer Tabular and Graphical Reports Procedure and Study Steps Minimum Time Requirements for Coordination Evaluation of Zone Selective Interlock Scheme Parallel Operation of Sources Review of Impact on Protection and Coordination with Practical Examples Through Fault Current versus Bus Fault Current STAR Sequence of Operation and Viewer Normalized Mode in STAR View TCC and Shift Factors	StarZ™ - T&D Protection & Selectivity Distance Relay - Model Specifc R-X Characteristics Plots Sliding Fault & Line Loadability User-Editable Scheme Logic
2	Introduction to Transients ETAP Overview Introduction of Power Systems Transients & Dynamics Synchronous Generators Generator Control Basics Power Transferring Capability Swing Equation Equal Area Criterion Exciter and Dynamics Governor and Dynamics Power System Stabilizer (PSS) Typical Transient Stability Studies System Stability Studies Critical Fault Clearing Time Critical System Separation Time Voltage / Frequency Relay Protection Motor Dynamic Acceleration / Reacceleration Generation Plant Local Load Effect Transient Stability Study Example	Generation Plant Stability Studies Generation Plant Deviated System Frequency Operating Study Frequency Deviation Transient Study Excitation System Fault Study Turbine-Governor Internal Fault Study Negative Forcing Excitation Study Exciter and Governor Dynamic Model Parameter Tuning Generator Startup Load Shedding & Load Transfer Under-frequency load shedding study Intelligent Load Shedding Study Bus (load) transferring study Fast Bus / Load Transfer Residual Bus Transfer
3	Transmission System & Renewable Energy Stability Studies Active Power Transferring Capability Study Reactive Power Transferring Capability Study Generator Frequency Response Generator Damping Factor Effect Study Generator Inertia Effect Load Dynamic Model Effect Fault Clearing Time Effect Excitation Effect Governor Effect PSS Effect Study Synchronizing Impedance Effect Maximum Exchange Power Hybrid Wind-Diesel Power Penetration User-Defined Dynamic Models – Governor System Fundamentals of Governor / Prime Mover Modeling Creating a Governor Model in UDM Debugging Techniques and UDM Governor Internal Actions Governor Model Initialization Requirements Creating Generic Dynamic Load Models	User-Defined Dynamic Models – Excitation System Fundamentals of Excitation System Modeling Creating an Exciter / AVR Model Creating Power Factor and Mvar Controllers Creating a PSS Model
4	Machine Parameter Estimation & Tuning Fundamentals of Machine Parameter Tuning Dynamic Parameter Estimation & Tuning Machine Model Parameter Estimation & Tuning for Asynchronous Machines MPET and DPET Examples	Examples - Dynamics and Transients
5

Workshop Description

The purpose of this live online 4-day advanced hands-on workshop is to develop a more thorough understanding of the capabilities of ETAP in regards to stability & dynamics of the system.
The topics covered in this workshop embrace fundamentals on power system dynamics and stability as well as induction and synchronous machine dynamics. Modeling of their associated control systems such as excitation/AVR, turbine/governor and PSS are discussed.
Additional topics include network and load modeling, steady-state and transient-state stability limits, simulation of system disturbances and actions, motor starting and acceleration, affects of system parameters, common transient stability studies such as critical fault clearing time, critical islanding time, protective device settings, bus transfer, load shedding, etc. Case studies from actual industrial and T&D systems will be provided and worked on.
Through the hands-on exercises using ETAP, the attendees will acquire the knowledge, skills, and experience to conduct power system dynamic and stability studies for their own systems.
This workshop does not include any refresher on fundamentals of power system modeling in ETAP.

NOTE: This workshop starts at 9:00 AM, France Time (CEST).
There is a 1-hour lunch break.

Requirements:

Windows 10 Computer (i5+ CPU)
Reliable Internet access so attendee can connect to ETAP License server during workshop
Dual Monitors are recommended but not required

This workshop will be conducted in ENGLISH by a certified ETAP Instructor.

Only one attendee per registration is allowed to view and participate in the live online workshop.

Who should attend

ETAP Professional workshops are recommended for engineers who have taken prior ETAP workshops and/or are proficient in basic functionalities of ETAP.
This series of workshops are to employ ETAP in more practical cases and how to fully utilize ETAP capabilities most efficiently to analyze the dynamic behavior of the systems. Recommended for users who have practical experience with the details of power system modeling, managing 3-dimensional database and utilizing device libraries in the ETAP application, as well as being familiar with performing the transient cases & dynamic analysis.

Registration

Fee: € 2,500

Local taxes may be applicable.

Location

Online ETAP Training
This workshop starts at 9:00 AM, France Local Time (CEST).

Date & Time

Sep 22 - 25, 2020
9:00 AM - 5:00 PM
Time zone: UTC

Meal

Hotel

Information

ETAP Automation
31 Chemin Du Vieux Chêne, Batiment B
Meylan, 38240
France
+33 (0)4 7659 2988

europe@etap.com

Cancellation Policy

ETAP Training Services | (949) 900-1084 | training@etap.com