首先,概述了不同类型储能的典型应用场景,针对电源、电网和用户侧储能应用特点,分析了其兼用于电网电能质量提升的可行性;其次,分别评述了储能系统用于解决电网稳态和动态电能质量问题的研究现状及发展趋势;提出了一种新型串并联并网结构的混合储能系统,在实现常规与电网能量交互的同时,可有效解决电网综合电能质量问题。最后,结合典型示范工程,对需进一步深入研究和探索的问题进行了探讨

• Introduction of Tin • Chemistry of Tin • Molecular structure and Li insertion • Synthesis and modification methods • One literature example

• Introduction of silicon • Chemistry of silicon • Reaction mechanisms of silicon anode • Problems • Synthesis and modification methods • One literature example

• Why solid-state electrolyte (SSE)? • Requirements of SSE • History and Category of SSE • Examples of SSE in each type

• Why safety? • Origins of safety concerns • Thermal runaway process: 3 stages • Materials with improved battery safety • Materials to solve problems in 3 stages

• Introduction of TiO2 • Chemistry of TiO2 • Molecular structure and Li insertion • Synthesis and modification methods • Several literature examples

Part 1: Fuel Cell Characterization Part 2: Fuel Cell Voltage Part 3: Fuel Cell Efficiency Part 4: Butler-Volmer Equation Part 5: Electrical Conduction Part 6: Charge transport Part 7: Mass Transport

电子科技大学：《物理与化学电源基础 Fundamental of Physical and Chemical Power Sources》课程教学资源（课件讲稿，第一部分）Section III Fundamentals of Solar Cell

电子科技大学：《物理与化学电源基础 Fundamental of Physical and Chemical Power Sources》课程教学资源（课件讲稿，第一部分）Section II Nuclear energy（Fundamentals of Fusion Enery）

Section 1 Introduction of energy on the earth Section II Fundamentals of Fuel Cell Chemical power sources Section III Fundamentals of Solar Cell Physical power sources