Learn Power System Modeling, Electric Grid Analysis, and AC System Fundamentals Electric power systems are essential to modern society, supporting everything from residential electricity to large-scale industrial operations. Understanding how these systems function is critical for engineers working in utilities, renewable energy, and grid infrastructure. The Fundamentals of Electric Power course at UC San Diego Extended Studies introduces the core principles of electric power systems engineering, including how electricity is generated, transmitted, and distributed across modern power grids....

Learn methods commonly practiced in power system analysis and control. Students will acquire the basic understanding of the theories and methodologies involved. The approach is designed to develop students’ thinking process, enabling them to reach sound understanding of a broad range of topics related to power system, particularly with the aid of numerical computing software, and motivating their interest in the electrical power industry. Topics covered include: using system modeling for large-scale power networks; network admittance and impedance matrix formation; power flow analysis;...

Approximately 1.2 billion people currently lack access to electricity. Microgrids are emerging as a cost‐effective and scalable option for meeting global energy demand. Countries throughout the world are now exploring Microgrids as a reliable, low‐cost, and timely option to electrify communities away from the grid, or with unreliable electrical power. These localized electricity networks, typically harnessing energy from available solar, wind, hydro, and biomass, could hasten connectivity and reliability for millions of people, while the convergence of key factors such as cost reductions in...

Methods in electrical energy storage have continued to evolve to adapt to changing energy requirements and advances in technology. Designed for students who are interested in electrical energy storage, in conjunction with renewable energy such as solar photovoltaic (PV), wind and biomass. Learn the fundamentals of electrical energy storage technology, evaluation methods and how to prepare for future industry trends. Explore techniques in cost analysis, which is particularly important to the adoption of new storage technology and its growth in the next 10~30 years. Course Highlights:...

Obtain a solid foundation to renewable energy resources including solar (both photovoltaic and concentrating solar power), wind power and hydro on distribution and transmission power systems. The class will explore the opportunities and challenges of integrating renewable energy sources into the conventional power grids in the USA and globally. It will present lessons learned from such applications from real-life situations. Course Highlights: Learn the classification and types of hydroelectric plants Wind energy Wind turbines Solar photovoltaics Distribution systems from photovoltaic...

The aim of this course is to increase the understanding of the dynamic stability phenomena in the power systems by providing practical insights into the operation of the power grid and the vital grid operator’s functions and actions. The course includes a brief review of the fundamentals of power systems and reexamines power system components including frequency and voltage concerns, control and protection of frequency load shedding (UFLS), real and reactive power flows and their control, Phasor measurement units/Synchrophasors (PMU) roles of the Independent System Operators (ISO) such as...

This course provides best practices of modern distribution power systems. Participants will examine the practical aspects of the technologies, design and implementation, smart grid applications and sensing; demand side management, smart grid economics, microgrids and distributed energy resources, and fault location and service restoration (FLSIR). Course Highlights: Overview of traditional of distribution systems Modern and future distribution systems Smart grid Distributed energy resources (DER) Challenges of integrating of distributed energy resources into the distribution systems...

Power Your Future with Grid Edge Interoperability and Security. This course provides a comprehensive, industry-aligned foundation in the GEISA (Grid Edge Interoperability and Security Alliance) Specification—a rapidly emerging open standard, hosted by LF Energy that is transforming grid edge computing, smart grid modernization, and utility cybersecurity. GEISA defines a unified, interoperable execution environment along with standard APIs and management interfaces that enable electric utilities to seamlessly deploy secure, scalable applications directly on grid edge devices, including...

A Course on Renewable Integration and Smart Grid Technologies Delve into the dynamic world of the modern electric grid, providing in-depth insights into how renewable energy sources, including hydrogen, smart technologies, microgrids, and electric vehicles, are revolutionizing power systems. Students will explore the complexities of integrating renewable energy sources like wind, solar, and hydrogen into the grid, understand the pivotal role of energy storage, and learn about the transformative impact of artificial intelligence and machine learning in grid management. The course covers...