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Data Center Electrical Systems: UPS, Generators & Power

Data Center Electrical Systems: UPS, Generators & Power

Utility to rack: UPS, generators, redundancy, 415V busway and AI high-density power, taught by a licensed C-10 & fab EE
Created byChristian Lopes
Last updated 10/2026
English

What you'll learn

  • Trace the power path from the utility through switchgear, UPS and PDU or busway to the rack
  • Size a standby generator plant and a UPS with worked examples
  • Explain N, N+1, 2N and Uptime Institute tier concepts and find single points of failure
  • Compare UPS topologies and lead-acid versus lithium-ion batteries
  • Understand 415V distribution, busway and AI high-density racks with liquid cooling
  • Follow data center safety, MOP discipline, commissioning and maintenance practices

Course content

7 sections • 24 lectures • 36m total length
  • Welcome: power is the product1:37
  • How a data center uses power1:59

Requirements

  • Basic understanding of three-phase electrical power
  • No data center experience is needed

Description

This course contains the use of artificial intelligence.

Data centers run on one product: power. When it stops, the business stops. This course follows the power path from the utility service all the way to the server rack, so you understand how a modern data center stays up and what your role in it looks like.

I'm Christian, a licensed C-10 electrical contractor in San Diego and an electrical engineer who spent more than six years in semiconductor fabs, where a power blip can scrap millions of dollars of product. I teach this the way I'd explain it to a new crew member on the job site: plain language, real examples, and no filler.

What you get:

  • Over 30 minutes of video lectures in 7 sections, from utility service and medium-voltage switchgear to generators, UPS systems, redundancy, distribution to the rack, and operations and careers
  • Worked examples with made-up numbers: generator sizing, UPS sizing and battery runtime, and a PUE cost example
  • A downloadable Excel workbook that reproduces every calculation so you can plug in your own numbers
  • A quiz for each section to check your understanding
  • Current topics: lithium-ion UPS batteries, utility interconnection delays, 415V distribution and busway, and AI racks at 30 to 130+ kW with liquid cooling

You will learn the vocabulary owners and engineers use, such as N, N+1, 2N and Uptime Institute tiers, how to read a single-line diagram, and how to think about single points of failure. We also cover method of procedure discipline, commissioning, maintenance, electrical safety, and how to break into critical facilities work.

Important: codes and standards are described in general terms only. Always check the current edition adopted by your jurisdiction and confirm requirements with your authority having jurisdiction (AHJ). Numbers in examples are for teaching and are not design values. This course is educational and does not replace a licensed engineer's design or the manufacturer's instructions.

About the production: the narration in this course is generated with an AI text-to-speech voice (ElevenLabs), and the slides were produced with AI-assisted tools. The content was written and reviewed by the instructor.

Who this course is for:

  • Electricians who want to move into data centers and critical facilities
  • Electrical engineers and designers new to mission-critical power
  • Facilities and critical-environment technicians
  • IT and operations staff who want to understand the power side