Power failures are the fastest way to take a data center offline, which is why electrical infrastructure gets more redundancy scrutiny than almost any other system. This course covers the full power chain: utility interconnection, switchgear and transformers, UPS systems (topologies, battery management, maintenance), PDU architecture, and redundancy strategy.
Electrical safety and maintenance best practices run through every module — this isn't just architecture theory, it's paired with equipment evaluation frameworks, troubleshooting methodologies, and maintenance scheduling you can apply on the floor.
You'll finish with a working understanding of electrical architecture trade-offs, so you can evaluate vendor proposals, troubleshoot power issues faster, and optimize your facility's power chain for both reliability and efficiency.
What You'll Learn
- Map a facility's full power chain from utility interconnection to the rack
- Compare UPS topologies and battery management approaches for a given load profile
- Apply PDU architecture and monitoring concepts to improve power visibility
- Evaluate redundancy strategies (N+1, 2N) against real electrical constraints
- Apply electrical safety and maintenance best practices to reduce failure risk
Course Modules
Utility Interconnection & Distribution
How utility power enters the facility and gets distributed to critical loads.
Transformers & Switchgear
The equipment that steps down and routes power before it reaches UPS systems.
UPS Systems Design & Operation
Topologies, battery chemistries, and maintenance schedules that keep UPS systems reliable.
PDU Architecture & Monitoring
Getting rack-level power visibility without over-instrumenting.
Redundancy Strategies
N+1 and 2N power redundancy, and where each makes sense.
Electrical Safety & Maintenance Best Practices
NFPA 70E-aligned safety practices for working on or near critical power systems.
Who This Course Is For
Audience: Electricians, power engineers, and facilities technicians who work on or specify critical power systems.