Live Technical Webinar · ETAP · Data Center Power Systems

ETAP Training for Data Center Power Systems

Practical, hands-on training on data center electrical system modelling, power system studies, and analysis using ETAP—from fundamentals to real-world mission-critical applications.

  • Build Complete Data Center Models Using ETAP
  • Perform Advanced Power System Studies Using ETAP
  • Model Data Center Power Systems with ETAP
  • Master ETAP for Data Center Electrical Studies
  • Develop Industry-Ready ETAP Power System Skills

Reserve Your Seat

📅 Sunday, 27th September 2026
⏰ 06:55 PM IST
🌐 Live Online Session
🎟️ Free Registration

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Engineers Designing Modern Data Center Power Systems

Modern data centers require electrical systems that are safe, reliable, redundant, maintainable, and capable of
supporting mission-critical loads without interruption.

WHY ENGINEERS TRUST US

Built for Practical Data Center Electrical Engineering

This training is designed for engineers and professionals who want practical skills in data center electrical design, ETAP-based power system analysis, and mission-critical power architecture.

Why this training is valuable:

  • Practical data center electrical design from concept to commissioning.
  • Hands-on ETAP modelling and analysis for real-world electrical systems.
  • Perform load flow, short circuit, arc flash, harmonics and stability studies.
  • Understand N, N+1, 2N and distributed-redundant power architectures.
  • Design UPS, batteries, generators, transformers, cables and protection systems.
  • Complete project assignments, calculations, drawings and coordinated design packages.

Connect power system analysis with complete electrical design for reliable data center operation.

5000+

Engineers Trained

15+

Countries Reached

Live

Practical Design Demonstration

WHY THIS WEBINAR MATTERS

Data Center Electrical Design Is Critical to Mission-Critical Reliability

This training is designed for engineers who want to develop practical skills in data center electrical design, power system analysis, redundancy planning, and complete electrical engineering deliverables.

Modern data center electrical design demands:

  • Understand IT, cooling, life-safety & auxiliary loads
  • Design N, N+1, 2N & redundant power architectures
  • Size transformers, generators, UPS & batteries
  • Develop SLDs, short-circuit & protection requirements
  • Select motors, VFDs, CTs/VTs, cables & switchgear
  • Design earthing, lightning, lighting & cable containment

Complete electrical design opportunities for:

  • Data centers and mission-critical facilities
  • Greenfield and brownfield projects
  • MEP and electrical engineering projects
  • Power system engineering and analysis
  • EPC, project, and design engineering
  • Commissioning and facility engineering

Industry Relevance

Learn coordinated data center electrical design covering power distribution, redundancy, protection, UPS, generation, cabling, earthing, layouts, and studies.

Practical Engineering Focus

Build practical skills through live explanations, assignments, design reviews, calculations, drawings, and a project-based capstone package.

What You Will Learn

This training combines data center electrical design fundamentals with practical ETAP-based power system analysis, taking you from system architecture and equipment selection through calculations, studies, and complete design deliverables.

Data Center Electrical Design Fundamentals

  • › Understand mission-critical facilities, project stages
  • Develop load lists for IT, cooling, life-safety loads
  • Understand N, N+1, 2N, redundant power architectures
  • Learn transformer, generator, UPS, battery sizing
  • Develop electrical basis of design and workflows

ETAP Modeling & Power System Studies

  • Build and analyze data center systems using ETAP
  • Perform load flow and maximum-demand analysis
  • Perform short-circuit studies for operating modes
  • Analyze motor starting for critical cooling equipment
  • Perform relay, arc flash, harmonic, stability studies

Protection, Reliability & Complete Design

  • Develop SLDs for utility, UPS, STS, PDU, loads
  • Evaluate switchgear, CT/VT, cable, equipment needs
  • Understand UPS redundancy and power quality
  • Design rooms, layouts, earthing, lighting systems
  • Prepare calculations, drawings, specifications packages

Why Engineers Join Our Webinars

Practical engineering development designed around real data center electrical design workflows, ETAP-based power system studies, and project-oriented learning.

Practical Design Approach

Learn a structured workflow for mission-critical electrical systems, covering design basis, load assessment, redundancy, equipment sizing, SLDs, protection, and complete engineering deliverables.

ETAP Power System Studies

Build practical ETAP skills by modeling electrical networks and performing load flow, short circuit, motor acceleration, relay coordination, arc flash, harmonics, and transient stability studies.

Career & Technical Growth

Strengthen engineering skills through practical assignments, calculations, equipment selection, specifications, design reviews, and a coordinated capstone package for electrical and power system professionals.

Who Should Attend?

Electrical Engineers

Data Center Designers

Power System Engineers

MEP Consultants

Project & Design Engineers

Commissioning Engineers

Critical Facility Professionals

Electrical Design Engineers

Power System Study

Protection & Analysis 

Fresher

Data Center Project

About the Speaker

Hi,
Selvakumar S is the CTO at PowerProjects, specializing in:
- Practical focus on mission-critical data center electrical systems
- ETAP-based power system modelling and engineering study expertise
- Covers load flow, short circuit, motor acceleration, protection and arc flash
- Covers UPS, generators, transformers, switchgear, distribution and redundancy
- Practical calculations, equipment selection, drawings, specifications and deliverables

Er. Selvakumar S - CTO - PowerProjects

What Participants Say

" I recently attended a free webinar on Grid Compliance, and it was incredibly insightful! The session covered crucial aspects of renewable energy penetration, including LVRT, HVRT, and other grid compliance requirements. The presenters were knowledgeable and made complex topics easy to understand. It's evident that they are experts in the power sector and truly dedicated to advancing renewable energy integration. Highly recommended for anyone in the industry looking to stay ahead on regulatory standards and grid management! "

— Rajeev Yadav

" I recently attended Power Projects' webinar on Relay Coordination using ETAP and was very impressed. The session was well-organized and delivered by a knowledgeable instructor who clearly explained complex concepts in an easy-to-understand manner. It was evident that Power Projects strongly focused on power system studies, which makes their training valuable for anyone working in this field. Overall, I highly recommend Power Projects' webinars to anyone looking to expand their knowledge and skills in power system protection. "

— Shaik Irfan

 " I had the pleasure of attending the Power Project Solutions course on mastering cable, and I can confidently say it was an exceptional learning experience. The teaching was clear, concise, and tailored to address real-world challenges in electrical engineering. The instructor, a highly knowledgeable and well-versed electrical engineer, provided practical insights and expert guidance on solving complex problems related to cables. I highly recommend this course to anyone looking to strengthen their understanding of Cable Sizing "

— Guru prasad

" I have attended the courses for the past 6 months on every Friday and week ends. The trainers were awesome, and the firm is highly talented with power systems knowledge. This training was very insightful, covering advanced power system analysis, simulation, and modeling using ETAP software. The trainers are very good and special thanks to Selva sir and Abha mam. Congratulations and thanks to your team members.  Thanks to all.  The etap course  and presentation is very nice to learn. It covers scratch level to complicated systems and interesting. "

— Marimuthu Karuppiah

Build the Skills to Design Reliable Data Center Electrical Systems

Join practical training to apply ETAP-based power system analysis and detailed electrical design for mission-critical data centers, covering modelling, studies, equipment sizing, protection, and redundancy.

Register free Now

Frequently Asked Questions

Is this training suitable for beginners?

Yes. The course begins with the fundamentals of data center electrical design, including facility types, project stages, electrical scope, codes, standards, and design tools before progressing into detailed calculations, equipment selection, system studies, and design deliverables.

Will ETAP-based power system studies be covered?

Yes. The ETAP training focuses on practical power system modelling and analysis, while the overall course connects these studies with data center electrical design. The curriculum covers key electrical studies and project-oriented analysis rather than limiting the training to theoretical concepts.

Is the training relevant to real data center projects?

Yes. The detailed course is structured around real project-style electrical design deliverables, including load lists, maximum-demand calculations, transformer and generator sizing, SLDs, protection, cable sizing, equipment specifications, electrical-room layouts, containment, earthing, lightning, and lighting.

Who can benefit from this training?

The course is intended for Electrical Engineers, Data Center Designers, Power System Engineers, MEP Consultants, Project and Design Engineers, Commissioning Engineers, and professionals working in mission-critical facilities.