Efficiency and power in energy conversion and storage: basic physical concepts

Description

This textbook provides the fundamental theoretical concepts of how to describe and optimize devices for energy conversion and storage. Focusing on power-efficiency relations which are the main ingredient for optimization, relations will be derived and discussed for various prototype systems like batteries, electro-motors, heat engines, solar, photodiodes, piezo-electrics, wind turbines etc. In contrast to other books, all models will be constrained to the simplest basics, allowing non-experts and beginners to easily grasp the essentials--  Read more... Abstract: This textbook provides the fundamental theoretical concepts of how to describe and optimize devices for energy conversion and storage. Focusing on power-efficiency relations which are the main ingredient for optimization, relations will be derived and discussed for various prototype systems like batteries, electro-motors, heat engines, solar, photodiodes, piezo-electrics, wind turbines etc. In contrast to other books, all models will be constrained to the simplest basics, allowing non-experts and beginners to easily grasp the essentials Content: Introduction. Ragone Plots. Thermodynamics Basics. Energy, Entropy, and Efficiency. Entropy Production Rate. Endoreversible Thermodynamics. Entropy Generation Minimization. Efficiency-Power Relations. The Endoreversible Carnot Engine. Thermal Heat Storage. Battery Capacitor. Kinetic Energy Storage Devices. Electro-Motor. Super-Capacitor With Frequency Dependent Impedance. Piezoelectric Energy Harvester. Economic Optimization. Net Present Value. Applications. Other Power Maximization Problems. Wind Turbine. Photovoltaics. Solar Power.