Power Professional

Overview

The Power Professional course provides an advanced exploration of power distribution systems within modern data centres. Designed for experienced technical professionals, this course examines the complete power chain, helping learners understand how electrical infrastructure decisions influence reliability, availability, sustainability, operational resilience, and cost efficiency.

Learners will explore critical topics including utility supply, UPS systems, energy storage, emergency generation, circuit protection, and operational intelligence. The course connects engineering theory with real-world data centre challenges, enabling organisations to optimise power design while supporting operational excellence and AI readiness.

Through practical analysis and scenario-based discussions, learners will build the confidence to evaluate power infrastructure performance, reduce risk, improve maintainability, and support the growing demands placed on data centres by AI, cloud, and data technologies.

Prerequisites

Participants should have:

• A strong understanding of electrical engineering principles and power systems
• Experience working within data centre environments or critical infrastructure facilities
• Familiarity with power distribution, facility operations, or electrical maintenance
• Knowledge of data centre operations and resilience concepts is recommended
• Previous exposure to UPS systems, generators, or electrical protection systems is beneficial

Target audience

This course is designed for:

• Electrical engineers working in data centre environments
• Data centre design and operations professionals
• Critical infrastructure specialists responsible for power resilience
• Facilities and operations managers supporting high-availability environments
• Technical professionals involved in sustainability, reliability, or AI readiness initiatives
• Organisations looking to strengthen operational resilience and optimise data centre power systems

Objectives

By the end of this course, learners will be able to:

• Describe the main characteristics of power systems within the data centre environment
• Analyse the relationship between power infrastructure design, reliability, and availability
• Explain how MTTR and MTBF calculations are used across critical facility sub-systems
• Evaluate the importance of power quality in maintaining operational resilience
• Compare different UPS architectures and energy storage technologies
• Assess emergency generation strategies, fuel management, and backup system performance
• Identify the impact of circuit protection, grounding, and distortion on electrical systems
• Analyse operational intelligence and monitoring strategies used to improve performance and reporting
• Evaluate sustainability considerations, renewable integration, and evolving power delivery models within modern data centres

Outline

Power basics

This section introduces the foundational principles of electrical power within the data centre environment and explores how critical load requirements influence infrastructure decisions.

Topics include:

• Fundamentals of electrical power systems
• Understanding critical load requirements
• Power distribution within the data centre
• Key electrical terminology and measurement
• Overview of data centre electrical architecture
• Balancing efficiency, resilience, and scalability

Power concepts

Learners will develop a deeper understanding of the technical concepts that underpin modern power systems and operational performance.

Topics include:

• Electrical units and equations
• Isolation and protection principles
• Power factor and efficiency considerations
• Understanding harmonics and electrical distortion
• AC and DC power concepts
• Evaluating operational performance metrics

The utility supply

This section explores how utility infrastructure supports data centre operations and examines the importance of resilience, maintainability, and sustainability.

Topics include:

• Utility power characteristics and quality
• Grid reliability and redundancy models
• Renewable energy integration
• Power quality management strategies
• Maintainability and operational continuity
• Utility resilience planning for high-availability facilities

UPS systems

Learners will analyse how UPS technologies support continuous operations and protect critical infrastructure during outages or disturbances.

Topics include:

• Static UPS systems
• Modular UPS architectures
• Hybrid UPS solutions
• Dynamic rotary UPS (DRUPS) systems
• UPS redundancy models
• UPS performance and efficiency considerations
• Operational monitoring and maintenance strategies

Energy storage

This section examines modern energy storage technologies and evaluates their role in resilience, sustainability, and operational continuity.

Topics include:

• Battery technologies used within data centres
• Lead-acid and VRLA battery systems
• Lithium-ion energy storage
• Kinetic energy storage and flywheel systems
• Compressed air energy storage
• Energy storage safety and lifecycle considerations
• Integration with backup power systems

Emergency generation

Learners will explore emergency generation systems and understand how backup infrastructure supports operational resilience during utility failures.

Topics include:

• Generator technologies and architectures
• Backup power strategies
• Managing partial electrical loads
• Fuel management and consumption monitoring
• Generator maintenance and testing
• Integration between generators and UPS systems
• Operational risk and continuity planning

Reliability and availability

This section focuses on improving resilience through systems modelling, reliability analysis, and operational intelligence.

Topics include:

• Reliability and availability principles
• Understanding MTTR and MTBF
• Systems modelling techniques
• Operational intelligence and monitoring
• Data centre reporting initiatives
• Identifying and mitigating operational risk
• Improving service continuity and resilience

Circuit protection

Learners will evaluate electrical protection systems designed to maintain safety, reliability, and operational continuity.

Topics include:

• Switchgear fundamentals
• Short-circuit current analysis
• Grounding and bonding strategies
• Electrical distortion and harmonics
• Protection coordination
• Safety considerations for live environments
• Maintenance and compliance best practices

The power journey

The final section brings together the complete power chain and examines future-focused considerations for modern data centre operations.

Topics include:

• End-to-end power flow within the facility
• Sustainability and efficiency strategies
• Renewable energy opportunities
• AI-driven operational demands
• Live work considerations
• Comparing DC and AC power delivery
• Aligning power infrastructure with organisational growth and transformation goals

Exams and assessments

There are no formal exams included in this course. Learners will participate in technical discussions, scenario-based exercises, and knowledge checks designed to reinforce key concepts and operational decision-making.

Practical analysis activities throughout the course help learners evaluate real-world power infrastructure challenges and apply engineering principles within data centre environments.

Hands-on learning

This course includes:

• Scenario-based analysis of data centre power systems
• Guided discussions focused on operational resilience and availability
• Practical evaluation of UPS, energy storage, and emergency generation strategies
• Real-world examples connecting engineering theory with operational performance
• Instructor-led exploration of reliability, sustainability, and monitoring approaches