Explore the fundamentals and operating principles of primary and secondary batteries in the "Primary and Secondary Batteries" course. Gain insights into battery electrode materials, performance evaluation, and the commercial outlook for smart energy systems. This course is designed to equip participants with the knowledge to optimize battery design for automotive applications.
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The "Primary and Secondary Batteries" course comprises three modules, covering battery types, electrochemical principles, and applications in the market. Participants will delve into defining batteries, understanding cell components, and exploring major battery applications.
The course introduction module provides an overview of the specialization and instructor bio, setting the stage for the in-depth exploration of battery types, principles, and applications.
Module 1 delves into the introduction of various battery types, including defining batteries, operating principles, and primary and secondary batteries. Participants will also solve problems related to calculating currents and explore theoretical and practical energy.
Module 2 focuses on the fundamental principles of electrochemistry, covering topics such as cell potential, Nernst equation, battery lifespan, and factors affecting battery lifespan. Participants will gain an understanding of the selection of batteries based on various parameters.
Module 3 explores the application and market for batteries, providing an overview of battery applications, market share, energy storage, and the commitment to the electric vehicle (EV) future. Additionally, performance and safety standards and industry trends analysis will be examined in this module.
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