Master Electrical Power Systems with ETAP Software

This comprehensive ETAP training course equips you with the skills to design, analyze, and operate electrical power systems with unparalleled efficiency. Taught by industry experts, the program leverages the power of ETAP, a leading software suite trusted by engineers worldwide.

Unleash the Potential of ETAP

Throughout the course, you'll gain a thorough understanding of ETAP's extensive functionalities.  Master critical tasks like:

• Load flow analysis to assess power flow and voltage levels within your system.
• Short circuit analysis to identify potential fault currents and ensure proper equipment selection.
• Protection coordination studies to optimize protective device settings and safeguard your system.
• Cable ampacity studies for efficient cable sizing and avoiding overloading.

Beyond the Basics

This course goes beyond fundamental functionalities. You'll delve into:

• Power system modeling techniques using ETAP's intuitive interface.
• Selection of essential elements like transformers, generators, and cables for accurate system modeling.
• Interpretation of single-line diagrams and electrical drawings for effective analysis.
• Application of relevant codes and standards to ensure your designs meet industry regulations.

Practical Application through Real-World Projects

Solidify your learnings by applying ETAP to real-world project scenarios. This hands-on approach ensures you're confident in using ETAP to tackle complex power system challenges.

Invest in Your Future

By enrolling in this ETAP training, you'll gain the skills and knowledge to excel in the dynamic field of power systems engineering. This program is ideal for both aspiring and experienced engineers seeking to enhance their proficiency in ETAP and elevate their careers.

COURSE OUTCOME

• Gain a comprehensive understanding of the different aspects of designing and engineering electrical power systems. 
• Learn about single-line diagram preparation, codes and standards, voltage level selection, substation layouts, switching devices, instrument transformers, voltage drop calculation, power transformer selection and size calculation, circuit breaker selection and sizing, cable selection, and size calculation, DG selection and sizing, power system protection. 
• Through a combination of lectures, interactive exercises, and case studies, you will develop the skills and knowledge necessary to work effectively in the power industry and contribute to the efficient and safe operation of electrical substations.
• You will gain hands-on experience with ETAP software, which is widely used in the power industry for designing electrical power systems. 

By the end of the course, you will be able to apply your knowledge and skills to real-world design projects and be better prepared for a career in the power industry. 

COURSE OUTLINE 

Below is the course content, which includes a detailed outline of topics and materials covered in the course. Explore and enhance your knowledge!

DAY-I 

• ETAP Over View
• ETAP Company Background 
• ETAP Global Offices 
• ETAP & Supporting Various Industries 
• ETAP & Power System Solutions 
• Quality Assurance, Technical Support & Training 
• ETAP License Selection Procedure 
• ETAP Software Installation 
• introduction - Toolbars 
• Short Cut Keys 
• Project Settings & One Line Diagram 
• AC System Modelling Capabilities & New Features 
• 3-Dimension Toolbar, Revision Manager & Study Case 
• Model Toolbar, Data Manager, Configuration Manager 
• Schedule Report Manager, Auto Build Toolbar 
• Templates - Creation & Utilization

DAY-II 

• Theme Editor 
• System Manager 
• One-Line Components 
• Distribution Components 
• Multi-Dimensional Database 
• Rules & Libraries 
• Load Flow Study & Evaluation 
• Data Requirements 
• Calculation Methods 
• Load / Generation Modeling in Power System 
• Loading / Generation Categories 
• Diversity / Demand Factors 
• Parameter Settings / Adjustments 
• Reports / Alerts 
• Result Analyzer 
• Exercise 
• Load Cases & Wizard 
• Configuration & Case Study Edit 
• Cable Sizing study 
• Cable Editor / Library 
• Cable Manager 
• Cable Loading 
• Cable Installation Types / Ampacity 
• Cable Sizing Standards 
• Cable Sizing Constraints 
• Exercise 

DAY-III 

• Transformer Sizing 
• Transformer Sizing Concept 
• Temperature Correction 
• Load Variation 
• Sizing Requirements 
• Load Criteria 
• Results 
• Exercise 
• Short Circuit Analysis, Evaluation & Result Analyzer – IEC 
• Data Requirements 
• IEC 60909 Calculation Method 
• Types of Short Circuits in IEC & Factors 
• Device Duty Calculation 
• Parameter Settings / Adjustments 
• Reports / Alerts 
• Result Analyzer 
• Exercises 

DAY-IV 

• Protective Device Coordination / Selectivity / Sequence-of-Operation 
• Data Requirements 
• Protection Equipment Library 
• Protection & Selectivity Concepts 
• Protective Device Arrangements 
• Time-Current Characteristics 
• Protective Device Coordination utilizing Short Circuit 
• Parameter Settings / Adjustment 
• Sequence-of-Operation Study 
• Auto Coordination Concept & Application 
• Study / Device Setting Reports 
• Exercise 

TRAINING METHODOLOGY 

The course will begin with the software overview, basics of one-line diagram creation, and data entry, and quickly expand the user's knowledge to include methods to automatically perform multiple 'what if' studies using multiple scenarios. Wherever possible, the topics are explained with hand calculations and results are compared with ETAP. software to make it easier for the attendees to understand the concepts. 

The course may deliver to users as followed by below mentioned prospectives: 

• PowerPoint Presentations 
• ETAP (Latest) Version 
• Sample Execution Project 

COURSE OUTCOME 

• Gain a comprehensive understanding of the different aspects of designing and engineering electrical power systems. 
• Learn about single-line diagram preparation, codes and standards, voltage level selection, substation layouts, switching devices, instrument transformers, voltage drop calculation, power transformer selection and size calculation, circuit breaker selection and sizing, cable selection, and size calculation, DG selection and sizing, power system protection. 
• Through a combination of lectures, interactive exercises, and case studies, you will develop the skills and knowledge necessary to work effectively in the power industry and contribute to the efficient and safe operation of electrical substations.
• You will gain hands-on experience with ETAP software, which are widely used in the power industry for designing electrical power systems. 
• By the end of the course, you will be able to apply your knowledge and skills to real-world design projects and be better prepared for a career in the power industry. 

Master electrical power systems design. Learn to create efficient substations, select equipment, and perform complex calculations. Gain hands-on experience with ETAP software and prepare for a successful career in the power industry.