Fundamentals of Electrical Power System Design

Designing reliable electrical power systems requires a solid understanding of physics, safety standards, and practical calculation methods. This course provides the engineering fundamentals you need to begin working with power supply infrastructure. By the end of this course, you will be able to analyze power requirements, calculate system loads accurately, select appropriate protective and distribution equipment, and develop basic, compliant electrical power supply schemes. What you'll learn: * Understand the core concepts of AC/DC power, voltage levels, and common distribution system topologies. * Master foundational methods for calculating electrical loads, including diversity factors and demand estimations. * Apply principles for selecting conductors, protective devices, and major distribution equipment based on calculated loads. * Design fundamental single-line diagrams and layout schemes for reliable power distribution. * Configure basic system protection and practice integrating essential grounding and bonding requirements into designs. * Analyze how modern energy efficiency standards impact equipment selection and system planning. The material starts with essential terminology and circuit theory before moving into practical application through detailed load calculation examples. You will then learn step-by-step how to select and size the components necessary to complete a functional power scheme. This course is designed for absolute beginners interested in electrical engineering, power systems, or infrastructure planning. No prior electrical design knowledge is required. Start building your foundation in electrical power system design today.