An intensive professional development training course on
Utility Distribution System Planning
Assuring Reliability and Cost Effectiveness
Why Choose Utility Distribution System Planning Training Course?
Utility Distribution System Planning Training Course provides professionals with the essential skills required to ensure that electrical distribution networks are designed and developed with reliability, adequacy, and economic performance in mind. As customer expectations for dependable service and lower operational costs continue to rise, utilities face increasing pressure to plan smarter, invest strategically, and optimise network performance. This course delivers the knowledge and tools needed to respond effectively to these evolving industry demands.
Participants will explore the structure of distribution systems, gaining clarity on system components, equipment functions, and operational relationships. The Utility Distribution System Planning Training introduces the planning process step-by-step, explaining how system data, engineering analysis, reliability requirements, and cost considerations come together to inform long-term development decisions. Through this structured learning approach, attendees learn to implement planning strategies that align technical performance with financial accountability.
In addition, this Utility Distribution System Planning Training Course highlights the value of accurate load forecasting and engineering economics, enabling participants to justify upgrades, manage system risks, and improve future readiness. With a strong focus on reliability assessment and performance indicators, the course ensures professionals develop a comprehensive understanding of how planning decisions impact utility services today and in the years ahead.
What are the Goals?
This Utility Distribution System Planning Training Course helps participants understand the methodologies, analysis techniques, and decision-making processes used in modern distribution planning. The course equips professionals with the ability to evaluate system performance, analyse future requirements, and design improvements that balance reliability with cost efficiency.
By the end of this Utility Distribution System Planning Training Course, participants will be able to:
- Specify the most effective system topologies and distribution equipment
- Conduct thorough planning studies for short-, medium-, and long-term requirements
- Apply engineering economics to justify system improvements
- Develop and interpret load forecasts for planning and system evaluation
- Measure, quantify, and assess system reliability based on industry standards
Who is this Training Course for?
This Utility Distribution System Planning Training Course is created for engineers, technicians, and professionals responsible for planning, designing, and assessing electrical utility distribution systems. It is especially beneficial for those seeking to strengthen their understanding of system behaviour, performance drivers, and long-term planning frameworks.
This training course is ideal for:
- Engineers and technicians new to the utility distribution industry
- Intermediate-level professionals responsible for system design and planning
- Professionals focused on improving grid reliability and performance
- Utility engineers and consultants conducting load forecasting studies
- Engineers assessing operational and technical performance of distribution networks
How will this Training Course be Presented?
This Utility Distribution System Planning Training Course applies a combination of instructor-led presentations, case studies, analytical exercises, and structured discussions to strengthen understanding of distribution planning concepts. Participants will learn through practical examples taken from real utility operations, enabling them to directly connect theory with on-the-ground industry practices.
Training delivery includes:
- Case studies from multiple utilities
- Scenario-based planning exercises
- Group discussions on system design and performance
- Practical reliability improvement frameworks
- Evaluations of economic and technical planning criteria
The Course Content
- System Objectives and Hierarchy
- System Topologies and Service Areas
- True System Costs
- Substation Equipment
- Feeder Equipment
- The Need to Automate
- Evaluation Methods and Criteria
- Sensitivity Analysis
- Planning Horizons
- Planning Methods
- Four-Step Process
- Lead Times
- Time Value of Money
- Cash Flow Constraints
- Cost of Losses
- Cost-Benefit Analysis
- Asset Management
- Reliability Centered Maintenance
- Objectives of Small-Area Load Forecasting
- Informal Methods
- Simple Trending
- Sophisticated Trending
- Simulation Methods
- Putting it All Together
- Definitions of Industry-Standard Reliability Terms
- Reliability Indices
- Relationship between System Protection and Reliability
- Effects of Design and Operation on Reliability
- Intelligent System Components
- Reliability Improvement due to Automation
Certificate and Accreditation
- AZTech Certificate of Completion for delegates who attend and complete the course
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