Data Center Fundamentals: Electrical & Power Infrastructure

Data Center Electrical Design Engineering/Data Center Electrical Infrastructure/Data Center Power Infrastructure (A-Z)

What you'll learn

Gain industry-relevant skills that enhance your resume and prepare you for roles in IT, engineering, facility management, and data center design.

Understand the essential components of data center power systems, including grids, transformers, UPS, generators, and PDUs.

Learn to plan and implement power systems that ensure uninterrupted operations and handle critical loads with ease.

Explore strategies to reduce power losses, maximize energy efficiency, and align with global standards.

Familiarize yourself with international benchmarks for compliance and best practices.

Apply knowledge through real-world case studies and hands-on examples that prepare you for real-life challenges.

Leave the course with the ability to contribute to high-stakes data center projects and stand out as a knowledgeable professional in a growing field.

Design and optimize power systems for data centers.

pply advanced knowledge of power systems to confidently tackle real-world projects.

Master the skills employers seek in IT, engineering, and facility management, making you a top candidate for data center-focused roles.

Develop the ability to troubleshoot and optimize power systems, showcasing your value in critical, high-pressure environments.

Equip yourself with industry-aligned knowledge that opens doors to data center roles worldwide, across diverse sectors.

Demonstrate your proficiency by designing systems that align with international benchmarks.

Stay ahead of the curve by mastering career trends and in demand skills.

Enhance your reputation and attract collaborative opportunities by showcasing your expertise in data center infrastructure.

Requirements

The Interest to learn about Data Center Design and Infrastructure

Description

Gain a solid and complete foundation in designing electrical & power systems that drive data centers with this beginner-friendly course. Designed for anyone interested in understanding the critical backbone of modern infrastructure, this course explores the essential elements of power supply & electrical systems, from the basics to advanced strategies that ensure uninterrupted operations, efficiency, and reliability. Dive into the key components that keep data centers running 24/7 and discover how they support the digital services, cloud computing, and high-performance applications essential to today's businesses, with STEP BY STEP hands on practical examples and calculations to gain real life expertise that make a difference in your development.Throughout the course, you’ll uncover the essential systems that ensure continuous power delivery and operational resilience. From the initial power source to backup systems and distribution networks, you’ll explore how data centers maintain uptime, adapt to changing demands, and deliver seamless operations in high-demand environments. Learn how these interconnected systems create a reliable and scalable infrastructure capable of meeting the needs of the most advanced applications.Starting with the fundamentals, we’ll examine how power systems are designed, optimized to ensure maximum uptime and efficiency. You’ll also gain insights into the critical role of redundancy and compliance with industry standards that define reliability and scalability in power infrastructure.In addition to foundational concepts, this course delves into a range of hands on examples, calculations and practices are not taught else where that are shaping the future of data center power systems. Each topic builds on the last, providing a structured approach to understanding and managing the complexities of these vital systems.Who Should Enroll and Why?This course is ideal for:IT professionals looking to expand their knowledge of critical infrastructure.Facility managers responsible for maintaining seamless operations.Engineers and aspiring designers seeking to master power systems.Anyone interested in the foundational principles behind data center design and operation.Whether you’re new to power systems or seeking a detailed refresher, this course offers valuable insights into the critical systems that underpin modern infrastructure. By enrolling, you’ll gain practical knowledge and strategies that can be directly applied to your projects, helping you save time and stay ahead in this rapidly evolving field.Why Choose This Course?Industry-Relevant Content: Gain practical insights into power system design and management, tailored to real-world applications.Expert Guidance: Learn from instructors with hands-on experience in data center design.Future-Ready Knowledge: Stay competitive with advanced strategies and the latest trends in power system optimization.Premium Course: Learn with a global academy renowned for excellence, Highest Rated and Best Seller Courses, with over 90,000 students and more than 4,000 glowing reviews. Benefit from proven teaching methodologies and a track record of success which ensures educational and professional excellence.By the end of this course, you’ll have a comprehensive understanding of the principles, components, and best practices behind reliable and efficient data center power systems. Enroll today to build your expertise and take the next step in mastering this vital area of infrastructure.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Objectives

Section 2: Module 1: Data Center Electrical and Power Infrastructure

Lecture 3 Module 1 Briefing: Data Center Electrical and Power Infrastructure

Lecture 4 Data Centers Main Components as part of Design and Infrastructure

Lecture 5 Data Centers Power Systems as Part of the Data Center Electrical Infrastructure

Lecture 6 Power Systems #1 as Part of the Data Center Electrical Infrastructure

Lecture 7 Power Systems #2 as Part of the Data Center Electrical Infrastructure

Lecture 8 Power Systems #3- UPS as Part of the Data Center Electrical Infrastructure

Lecture 9 Power Systems #4 as Part of the Data Center Electrical Infrastructure

Lecture 10 Power Systems #5 as Part of the Data Center Electrical Infrastructure

Lecture 11 Data Centers Electrical and Power Flow Line, The Complete Cycle

Section 3: Module 2: Data Center Design Standards & Governing Bodies

Lecture 12 Module 2 Briefing: Data Center Design Standards & Governing Bodies

Lecture 13 Data Center Design Standards & Infrastructure Governing Bodies - ISO

Lecture 14 Data Center Design Standards & Infrastructure Governing Bodies - Uptime

Lecture 15 Data Center Design Standards & Infrastructure Governing Bodies - International

Lecture 16 Data Centers Electrical Engineering Design Standards

Section 4: Understanding the Data Center Tiers System

Lecture 17 Data Center Tiers Systems as part of the Design Process

Lecture 18 Data Centers Design and Infrastructure for Tier #1

Lecture 19 Data Centers Design and Infrastructure for Tier #2

Lecture 20 Data Centers Design and Infrastructure for Tier #3

Lecture 21 Data Centers Design and Infrastructure for Tier #4

Section 5: Design Steps for Data Centers - The Complete Sequence

Lecture 22 Data Centers Design Steps for the Entire Project Cycle

Section 6: Resources

Lecture 23 Resources

Section 7: Module 3: Data Centers Electrical Engineering Design Basics

Lecture 24 Module 3 Briefing: Data Centers Electrical Engineering Design Basics

Lecture 25 Electrical Engineering Design Basics Part-1

Lecture 26 Electrical Engineering Design Basics Part-2

Lecture 27 Electrical Engineering Design Basics Part-3

Lecture 28 Electrical Engineering Design Basics Part-4

Lecture 29 Electrical Engineering Design Basics Part-5

Section 8: Module 4: Data Centers Power Distribution and Load Management

Lecture 30 Module 4 Briefing: Data Centers Power Distribution and Load Management

Lecture 31 Data Centers Power Distribution and Load Management (1st Step by Step Example)

Lecture 32 Data Centers Power Distribution and Load Management (1st Example Continued)

Lecture 33 Data Centers Power Distribution and Load Management (2nd Step by Step Example)

Lecture 34 Data Centers Power Distribution and Load Management (3rd Step by Step Example)

Section 9: Step by Step Practical Example for Electrical and Power Distribution Design

Lecture 35 Step By Step Practical Example Briefing (Complete Calculations from A to Z)

Lecture 36 Step By Step Data Center Electrical & Power Design Practical Example - Part 1

Lecture 37 Step By Step Data Center Electrical & Power Design Practical Example - Part 2

Lecture 38 Step By Step Data Center Electrical & Power Design Practical Example - Part 3

Lecture 39 Step By Step Data Center Electrical & Power Design Practical Example - Part 4

Lecture 40 Step By Step Data Center Electrical & Power Design Practical Example - Part 5

Section 10: Wrapping Up!

Lecture 41 Wrapping Up!

Section 11: Bonus Lecture

Lecture 42 Bonus Lecture

IT Professionals and Network Engineers,Facility Managers and Data Center Operators,Engineering Students and Graduates,Aspiring Data Center Designers,Business and IT Consultants,IT Architects and Solution Designers,Project Managers in IT or Construction,Sustainability and Environmental Engineers,Electrical Engineers,Mechanical Engineers