The distribution of electrical power represents the final—and arguably most critical—stage in the delivery of electricity from generation facilities to end users. AC (alternating current) power distribution systems are engineered to deliver electricity safely, efficiently, and reliably to residential, commercial, and industrial sectors. Key components of these systems include distribution lines, transformers, circuit breakers and switchgear, substations, and voltage regulators.
Electric distribution system planning is an ongoing cycle of forecasting, analysis, and solution development focused on the maintenance and enhancement of the utility grid. The primary objective is to ensure the provision of safe, reliable, and cost-effective service while optimizing the performance of existing infrastructure. Looking ahead, distribution system planning must integrate smart grid modernization strategies—such as demand response, advanced metering infrastructure (AMI), grid automation, and distributed energy resources (DERs)—while maintaining a careful balance between power quality, supply reliability, and cost efficiency.
Optimization of electrical distribution system focuses on improving the efficiency, reliability, and cost-effectiveness of power delivery from substations to end-users. This involves analyzing and improving various aspects of the system, including infrastructure, operations, and the integration of new technologies like smart grids. In today’s context artificial intelligence (AI) and internet of things (IoT) are contributing significantly to the electrical distribution planning and optimization. Clean and green renewable energy with the focus of reducing the carbon footprint is integrated into the modern distribution grids.
This Electrical Distribution System Planning and Optimization training course will highlight:
- Conventional electrical distribution system architecture and characteristics
- Importance of electrical distribution planning with AI and IoT
- Distributed energy resources in independent electrical distribution planning incorporating AI
- Merits of electrical distribution system optimization with AI and IoT
- Smart grid and renewable energy integration to the distribution grid
At the end of this Energy Training Centre training course, you will learn to:
- Understand the conventional electrical distribution system framework
- Comprehend the merits of electrical distribution system planning
- Evaluate the role of distributed energy resources as independent integrated distribution system
- Identify AI and IoT components in the electrical system distribution optimization
- Recognize the emergence of smart grids and renewable energy integration to the grid
Each Electrical Distribution System Planning and Optimization training course participant will receive a copy of the comprehensive training course manual. This training course is designed to have an interactive format to maximize delegate participation. Questions and answers are encouraged throughout and at the daily sessions. The presenter will discuss specific problems and appropriate solutions. Only minimum notetaking is encouraged to ensure maximum delegate attention during the training course.
This Electrical Distribution System Planning and Optimization training course serves as an effective platform for delivering technical training to personnel. The organizational benefits can be outlined as follows:
- Development and enhancement of technical skills to unlock the full capabilities of a competent workforce
- Improved productivity through reduced project timelines and more efficient electrical system distribution planning and optimization
- Recognition of improvement areas enabled by in-depth knowledge of advanced and emerging technologies
- Opportunities for personnel to connect with industry leaders, engineers, and technicians with substantial field expertise
- Acquaintance with internationally recognized procedures and standards
- Encouragement of a more adaptive mindset, minimizing resistance to change by fostering ongoing engagement with technological advancements
Upon successful completion of this training course, participants will be able to:
- Gain a clear understanding of operations and switchgear in conventional electrical distribution systems
- Evaluate the advantages of electrical distribution system planning enhanced by AI and IoT
- Examine the role of distributed energy resources within AI-integrated distributed system planning
- Understand the impact and effectiveness of AI and IoT in the digital transformation of modern electrical distribution systems
- Identify how AI and IoT contribute to optimizing electrical distribution
- Describe the functions and integration of smart grids, battery energy storage systems, and renewable energy into the distribution grid
This Electrical Distribution System Planning and Optimization training course is designed for utility, plant, or consulting engineers and technicians who work with electrical distribution systems, or facilities that utilize electrical power. If you are beginning a career or assignment in these areas, this training course will be of value to you.
This training course is suitable for a wide range of professionals but will greatly benefit:
- Engineers and technicians new to the power industry
- Intermediate-level engineers and technicians who seek to optimize the performance of the power transformers, generators and circuit breakers
- Professionals involved in planning and optimizing the distribution grid
- Facility engineers and consultants responsible for integrity and safe performance of the electrical installation and equipment
- Engineers tasked with forward knowledge of AI and IoT
Day One: The Conventional Electrical Distribution System Design and Infrastructure
- The Electrical Power Distribution Architecture: Overhead and Underground
- Benefits and Merits of an Electrical Power Distribution System
- Overview of the Distribution Power Transformers
- Overview of the Protection System and Circuit Breakers
- Challenges of an Electrical Distribution System
- Migration of the Air-Insulated Distribution Substation to the Gas-Insulated Distribution Substation
Day Two: Components of Electrical Distribution Planning
- Overview of Electrical Distribution Planning
- Electrical Distribution Planning Policies
- The Digital Substation
- Introduction of Digital Smart Transformers
- Role of AI and IoT in the Power Sector
- AI Technology to Optimize the Energy Sector
Day Three: Integrated Distribution System Planning and Distributed Energy Resources
- Importance of Integrated Distribution System Planning
- Processes Related to Integrated Distribution Planning
- Planning Objectives and Relevant Metrics
- Benefits and Challenges of Integrated Distribution Planning
- Distributed Energy Resources Availability
- AI Applications in the Energy Sector
Day Four: Merits of Electrical Distribution System Optimization
- Power System Optimization Strategies
- Digitalization of the Electrical Distribution System
- Distribution System Analytics
- Applications of Optimization Models
- AI Approach for Distribution System Optimization
- Internet of Things (IoT) and Electrical Distribution System Optimization
Day Five: Smart Grid and Renewable Energy Integration to the Distribution Grid Including the Battery Energy Storage System
- Smart Grid Illustration
- Microgrid Concepts and Relevance
- IoT and Smart Grids
- Renewable Energy and Battery Energy Storage System Integration to the Distribution Grid
- AI Preventive Maintenance Program for Distribution Grids
