Power Projects
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Learn from industry experts. Get real-time guidance and insights through 100+ hours of live training.
Engage in real-time projects and simulations to apply ETAP knowledge practically with hand-ons training
Get unlimited access to course recordings and materials, anytime and enhance your skills at your own pace.
Earn a certificate to validate your participation and skills you've gained, boosting your credibility
✱ Learn to design and analyze from basics to advanced:
We'll guide you through using ETAP from the ground up, ensuring you can design, analyze, and optimize electrical systems effectively. Master the use of ETAP for everything from simple load flow calculations to complex system protection studies.
✱ Gain Practical Hands-on Experience with Real-Projects:
This course offers a blend of theoretical knowledge and practical application. You will engage in hands-on projects and simulations that mirror real-world challenges, enhancing both your skills and your resume.
✱ Acquire Advanced Troubleshooting Skills:
Learn how to identify and solve complex issues in power systems using ETAP's comprehensive tools. Our structured training will help you not only understand how to perform advanced analyses but also how to anticipate potential problems before they affect system performance.
This course gives you the skills and tools needed to master etap while staying up-to-date with industry techniques and methodologies.
✱ Introduction and Core Concepts
Begin with an introduction to power system analysis and the critical role of ETAP in modern electrical engineering. Cover Load Flow Analysis with standards like IEEE 3002-2 and IEEE 399.
✱ Detailed System Modeling
Dive into modeling of buses, grids, transmission lines including equivalents and the Ferranti effect. Explore transformer modeling, including different windings and the impact of transformers on system stability.
✱ Advanced Simulation Techniques
Learn hands-on with simulations covering generator control modes, capability curves, and contingency analysis. Address the modeling of ZIP loads, VFDs, wind turbines, and solar inverters for comprehensive system studies.
✱ Load Flow Analysis
Introduction to Load Flow Analysis: Key Concepts and Application with IEEE 3002-2 and IEEE 399 Standards.
Detailed Modeling and Simulation: Bus, grid, and transmission line modeling, including the Ferranti effect and surge impedance loading.
Practical Applications: Hands-on exercises with ETAP to perform accurate load flow studies and system optimizations.
✱ Short Circuit Analysis
Types of Faults and Analysis Methods: Understanding symmetrical and asymmetrical faults, IEC 60909 standards, and the significance of the X/R ratio.
Advanced Fault Studies: Short circuit current analysis for various faults, impact of transformer winding configurations, and system stability evaluations.
✱ Motor Acceleration Studies
Motor Starting and Control: Various motor starting methods, including star-delta, soft starters, and VFD applications.
Dynamic Motor Starting Study: NEMA design motors, static and dynamic motor starting analysis using ETAP.
✱ Relay Coordination Studies
Protection in Power Systems: Introduction to MCB, MCCB, ACB, and relay settings for LV, MV, and HV systems.
Protection Setting Calculations and Coordination: Detailed setting calculations for release, overcurrent and earth fault relays, including sensitive earth fault protection.
✱ Arc Flash Studies
Arc Flash Risk Assessment and Mitigation: Understanding IEEE 1584-2018 requirements, performing incident energy calculations, and methods to reduce incident energy.
Safety Standards and Compliance: NFPA 70E standards, PPE selection, and arc flash label creation.
✱ Harmonic Analysis
Harmonics and Power Quality Issues: Introduction to THD, TDD, and IEEE 519 voltage and current distortion limits.
Modeling and Mitigation of Harmonic Loads: Impact of capacitive banks, WTG, VFD, and other harmonic sources. Design of passive filters for harmonic control.
✱ Transient Stability Studies
Fundamentals of Transient Stability: Critical clearing time, swing equation, and the significance of inertia in system stability.
Advanced Modeling for Stability Studies: Multi-machine modeling, including AVR and governor settings, grid islanding scenarios, and system response to load variations.
Full day Batch
₹ 40,000 / $ 550
Evening Batch
₹ 40,000 / $ 550
Friday Batch
₹ 40,000 / $ 550
Weekend Batch
₹ 40,000 / $ 550
Sunday Batch
₹ 40,000 / $ 550
One to One
₹ 80,000 / $ 1050
In addition to mastering ETAP’s core modules, you’ll receive a host of additional resources to boost your learning and ensure you stay ahead in the field of power systems engineering.
800+ Hours of Pre-Recorded Courses Access a comprehensive library of recorded sessions covering everything from foundational principles to advanced system studies. This includes detailed case studies and insights into additional software tools like PVsyst and Dialux.
Dedicated WhatsApp & Community Support Join our exclusive WhatsApp group and online community, where you can connect with instructors and peers to get real-time answers to your questions, share ideas, and collaborate on projects.
Selective Future Live Classes Stay updated with the latest advancements in ETAP and power systems. Our future live classes focus on upskilling and career enhancement, ensuring you remain a competitive force in the industry.
Q&A Sessions with Industry Experts Participate in interactive Q&A sessions to deepen your understanding. Gain insights from industry veterans and have your technical questions answered directly by those with hands-on experience.
Pavan Yechuri
Exceptional training experience! I recently attended a course with Power Projects, and I couldn't be more impressed. The trainers demonstrated deep knowledge, engaging teaching methods, and a genuine commitment to our learning. The power system studies using ETAP course content was well-structured, relevant, and delivered with enthusiasm. I highly recommend Power Projects to anyone seeking quality training – they truly exceed expectations!
Ahmed Zanoun
Power Projects is recommended to the people who are all passion in studying. All your efforts will be acknowledged and appreciated. Also all the assignments submitted by participants will be reviewed carefully and constructive comments will be given. If you take one course and if you are interested to learn other courses after completing the first course, you will get many offers in other courses too.
Vignesh Dharmaraj
You will learn comprehensive power system analysis using ETAP, covering topics such as Load Flow Analysis, Short Circuit Analysis, Motor Acceleration Studies, Relay Coordination Studies, Arc Flash Studies, Harmonic Analysis, and Transient Stability Studies. Each module includes both theoretical and hands-on practical training.
This course is ideal for electrical engineers, power system professionals, and students who are looking to enhance their skills in electrical system design and analysis using ETAP. It is also suitable for professionals seeking to update their certification or gain a practical understanding of ETAP.
The ETAP Training course spans over 100 hours. These hours are spread across several weeks, offering flexible batch timings to accommodate different schedules including full-time, weekend, and evening batches.
While prior experience with ETAP is beneficial, it is not mandatory. The course starts with the basics and progressively covers more advanced topics. Basic knowledge of electrical concepts and power systems is recommended to ensure a smooth learning experience.
To run ETAP software effectively for training purposes, you will need a PC with Windows OS, at least 4 GB of RAM, and a 64-bit processor. A more detailed list of system requirements will be provided upon registration.
Yes, upon successful completion of the course and all assignments, participants will receive a certification of completion. This certification is recognized in the industry and can be a valuable addition to your professional credentials.
We offer a refund within the first 10 hours of the course, admin charges will be detected, and course material access will be removed. Detailed information about the refund policy will be available in the terms and condition page.
You can register for the ETAP Training course by clicking here and filling out the registration form. Payment can be made through bank transfer and online through secure payment gateways. Once registered, you will receive an email confirmation along with course access details.
Fill out the form to get personalized guidance on how to:
✱ Transform your career in electrical engineering
✱ Discover the best tools and software to learn
✱ Identify the next steps to take toward design engineering
Start your journey today!
For power system consulting please visit us at: www.powerprojectsindia.com
Reviews
5
Top Rated
SRIRAM PRASATH P
In a sincere way
This ETAP course offers a clear and accessible introduction to power systems, making it ideal for beginners. The instruction starts with fundamental concepts and progresses to advanced topics, ensuring that even those new to the field can build a solid understanding. The step-by-step approach not only simplifies complex subjects but also boosts confidence in applying what is learned. Overall, this course is a great choice for anyone looking to gain a comprehensive grasp of power systems, regardless of their starting level.
Dhivya Haarinie B GCT
ETAP training
The course was organized logically, with each topic building on the previous one. It allowed for an incremental understanding of power system analysis . I gained substantial insight into real-world power system problems and how to solve them using industry-standard tools. Particularly, the relay coordination and arc flash studies were enlightening, as they introduced advanced safety measures and operational planning . Load Flow Studies provided a detailed understanding of power distribution within electrical networks, with strong emphasis on practical applications. The instructors were highly knowledgeable, with in-depth experience in electrical engineering and power systems. I would recommend this course to anyone looking to gain advanced knowledge in power system studies .
KARTHEESWARAN A U
ETAP training
Load flow: The concept is easy to understand. Short circuit: The explanation is clear and easy to understand, though the formulas and simulations are more complex. Transient analysis: The concept is easy to grasp. Harmonics analysis: The concept is somewhat difficult to understand, but overall it's good. Motor acceleration study: The simulation is very difficult to comprehend. Relay coordination study: The teaching method is excellent, but the concept is initially difficult to understand. However, I gradually learned to grasp it over time. Arc flash: This was the easiest concept in the study and was clearly explained. the instructors are skilled in the company.
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