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Foundations of Energy Storage Systems

Energy Storage Roles in Modern Power Systems

Comparing Major Energy Storage Technologies

Lithium-Ion Battery Chemistry and Performance

Lithium-Ion Cell Components and Electrochemistry

Lithium-Ion Battery Performance, Degradation, and Safety

Flow and Solid-State Battery Technologies

Flow Battery Chemistry and System Architecture

Solid-State Battery Materials and Performance Potential

Battery Technology Selection for Stationary Applications

Battery Management Systems

Battery Management System Functions and Architecture

State Estimation, Balancing, and Battery Protection

Pumped Hydro Storage Systems

Pumped Hydro Storage Principles and Components

Pumped Hydro Performance and Project Considerations

Grid-Scale Capacity Planning and Storage Integration

Grid-Scale Storage Sizing Fundamentals

Planning Storage for Grid Services and Reliability

Integrated Energy Storage Technology Decision Framework

Quiz

Question 1: Lithium-Ion Cell Chemistry

Question 2: Flow Battery Scaling

Question 3: Battery Management System Protection

Question 4: Pumped Hydro Operation

Question 5: Grid-Scale Storage Duration

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Course Feedback Survey

Welcome to the "Fundamentals of Energy Storage Systems and Battery Technologies" course. As the world transitions toward renewable energy, the demand for reliable, efficient, and scalable energy storage solutions has never been higher.

Welcome to the "Fundamentals of Energy Storage Systems and Battery Technologies" course. As the world transitions toward renewable energy, the demand for reliable, efficient, and scalable energy storage solutions has never been higher. This comprehensive course is designed to provide you with a deep understanding of the critical role energy storage plays in modern power systems. Whether you are an aspiring engineer, a renewable energy professional, or a sustainability advocate, this course will equip you with the foundational knowledge needed to navigate the rapidly evolving energy landscape. Throughout this program, you will explore the inner workings of major energy storage technologies, including lithium-ion, flow, and solid-state batteries, as well as large-scale mechanical solutions like pumped hydro storage. We will dive into the electrochemistry, performance metrics, and degradation factors of various battery types, ensuring you understand not just how they work, but how to optimize their lifespan and safety. Furthermore, you will learn about Battery Management Systems (BMS) and their crucial role in monitoring and protecting battery packs. Beyond the technologies themselves, this course covers grid-scale capacity planning, teaching you how to size storage systems, evaluate grid services like peak shaving and frequency regulation, and make informed technology selections based on real-world constraints. By the end of this course, you will have a robust framework for comparing energy storage options and integrating them into the grid, empowering you to contribute meaningfully to the future of sustainable energy.

Fundamentals of Energy Storage Systems and Battery Technologies

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            <p>The transition toward sustainable energy and the modernization of power grids necessitate robust, efficient, and scalable energy storage solutions. "Fundamentals of Energy Storage Systems and Battery Technologies" provides a comprehensive examination of the critical mechanisms used to balance electricity supply and demand in contemporary power systems. This course establishes a rigorous foundation in energy storage principles, distinguishing between power and energy capacities while evaluating the operational parameters that dictate technology selection. By exploring the fundamental roles of stationary storage—ranging from renewable-energy integration and peak shaving to frequency regulation—learners will develop a clear understanding of how diverse storage technologies address complex grid requirements.</p>

<p>Throughout the curriculum, detailed technical analyses are applied to major energy storage classifications, including electrochemical and mechanical systems. The coursework delves into the specific electrochemistry, performance metrics, and degradation factors of lithium-ion batteries, alongside the emerging potential and architectural nuances of flow and solid-state battery technologies. Furthermore, the critical functions of Battery Management Systems (BMS) are scrutinized to understand how state estimation, cell balancing, and protective controls ensure operational safety and longevity. Beyond chemical batteries, the course examines the principles and project considerations of pumped hydro storage as a mature, long-duration solution. Ultimately, learners will synthesize these concepts through a grid-scale capacity planning framework, equipping them to evaluate trade-offs, size systems accurately, and make evidence-based technology selections for diverse grid services.</p>
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