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Earthing System Design and Calculation: Build Safe & Compliant Grounding Systems

How to Do an Earthing System Design and Calculation Using Industry Standards Master the Key Techniques and Tools for Earthing System Design in Power Systems

Join this in-depth course to gain practical expertise in designing effective earthing systems aligned with IEEE standards, performing soil resistivity analysis, and working on real-world case studies. Whether you’re a professional engineer or just entering the field, this course offers critical tools and methods for optimizing earthing systems in substations, solar plants, and industrial facilities.

Pre-Recorded | Life Time Access | 30 Hours Session

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What You'll Learn

Learn the fundamentals of earthing system design, including soil resistivity, grid design, electrode sizing, fault current calculations, and safety standards to ensure effective grounding in electrical installations.

Basics of pscad

Fundamentals of Earthing Design Using IEEE Standards

Learn about step voltage, touch voltage, grounding resistance, and tolerable body current.

Soil Resistivity and Its Role in Earthing Systems

Explore two-layer soil models, the effects of moisture, temperature, and chemical content, and how these factors influence design.

Electrode and Grid Performance Analysis

Study fault current distribution, electrode arrangements, and effective grid design for safety and reliability.

Design Layouts, Case Studies, and Reports

Work on case studies (solar, substations, plants), create layouts in AutoCAD, and generate detailed earthing reports using software tools.

Ready to Master Earthing System Design?
Get the industry-ready skills to design safe and effective earthing systems. 

Start the Course

Course Curriculum

Who Should Join?

  • Build Strong Technical Fundamentals Understand tolerable voltage limits, safety guidelines, and IEEE standard-based design. 
  • Master Real-Time Simulations Gain hands-on experience through practical examples and industrial case studies. 
  • Optimize Designs with Confidence Learn how to analyze fault current through grids and ensure compliance with global standards. 
  • Prepare for Real Engineering Roles Acquire practical design tools and reporting skills that directly apply to utility and industrial projects. 

Ready to Master Earthing System Design?
Get the industry-ready skills to design safe and effective earthing systems. 

Start the Course

Here's Why This Course Can Level Up Your Knowledge:

Learning Grounding Grid Design is essential if you want to ensure the safety, reliability, and performance of power systems in real-world scenarios.

✱ Learn the fundamentals of grounding grid design using IEEE standards 
We’ll walk you through earthing standards, grounding resistance, step voltage, touch voltage, and how to apply these in practical designs.

✱ Gain hands-on experience through real-world case studies
This course covers grounding design for substations, solar plants, process plants, and more, so you can immediately apply what you learn.

✱ Master soil resistivity analysis and grounding grid performance
Understand how soil resistivity impacts your design and how to ensure your system is safe, stable, and compliant with industry standards

This course gives you the skills and tools needed to design grounding grids effictively,while staying up-to-date with industry techniques and methodologies.

If we haven’t met yet…   

Hi, I 'm Selva!

I'm a gold medalist in Power System engineering from Anna university, Chennai, Tamil Nadu.

I have 18 years of invaluable experience in the power industry. Throughout my career, I've had the privilege of working with renowned organizations like PRDC, Tata Consulting Engineers Limited, and ABB, where I honed my expertise in power system studies and analysis. Currently, I proudly serve as the Business Head in Power Projects, leveraging my extensive knowledge to drive excellence in this field.

Er. Selvakumar S
Business head - Power Projects

In just 180 minutes, you'll: 

✱ Understand grounding standards and tolerable voltage limits  Learn about various earthing standards, step voltage, touch voltage, and tolerable body current.
✱ Master soil resistivity analysis and its impact on grounding systems  Explore moisture, temperature, and chemical content effects on soil and learn about the two-layer        soil model.
✱ Analyze grounding rod performance and grounding grid current distribution  Understand the effect of different electrode arrangements and how to determine maximum fault         current through the grid.
✱ Prepare and review grounding layouts  Learn how to create layouts using software, AutoCAD, and how to coordinate with other services.
✱ Complete real-world case studies on various grounding systems  Work on case studies for substations, solar plants, process plants, and more.
✱ Generate and interpret detailed reports for grounding systems  Analyze and validate grounding system designs, and generate comprehensive reports using   advanced software tools.

What Past attendees are saying?

Ready to Master Earthing System Design?
Get the industry-ready skills to design safe and effective earthing systems. 

Start the Course

How it works...

1

Purchase the Course

Click the Buy now button, purchase the course get access to live and recorded session

2

Join the WhatsApp Group

Join our WhatsApp group for clarifying the doubts and lifetime community with us

3

Complete assignment

Complete the assignment, quiz and practice provided in the class.

4

Course Completion Certificate

Get the certificate by submitting the assignment, quiz and practice case studies.

I've been regularly attending Power Projects free webinars on every Sunday and enrolled for some paid courses as well. Mr. Selva Kumar sir has good knowledge on electrical design concepts and teaches in a simple manner. Power Projects training offers an excellent opportunity to learn electrical design at a reasonable price. Thank you Selva sir for sharing knowledge through free webinars and LinkedIn live sessions.

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  

Earthing system design and calculation

Join this 2-day detailed course to explore the essential aspects of Earthing system design using IEEE standards, soil resistivity analysis, and advanced case studies. Whether you’re an experienced engineer or a newcomer to Earthing system design, this course will give you the practical knowledge you need to design and optimize Earthing system for various power systems.

Price

₹5000 ₹2000

$62 $25

One-time fee, 

  • Live session
  • Recordings for life time access
  • Certificate
  • Community support

Frequently Asked Questions (FAQ)

No, the course starts from basics and builds to advanced techniques.

Yes, sample layouts, calculation sheets, and report formats are shared.

Absolutely. Case studies span across all these sectors.

Yes, a certificate of completion is awarded after the session.

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