\"Battery Energy Storage Technology and Its Value Assessment in Smart Grid\" conducts an in-depth discussion on the technical value and economic value assessment of battery energy storage technology in smart grid. The book is divided into 14 chapters. Chapter 1 introduces the characteristics of various existing energy storage technologies; Chapter 2 introduces the application and development prospects of battery energy storage technology in urban power grids; Chapter 3 introduces the technical characteristics of various types of battery energy storage equipment such as lithium battery energy storage, sodium sulfur battery energy storage, and alum battery energy storage; Chapter 4 studies the implicit technical value of energy storage systems in improving power grid operation; Chapter 5 evaluates and studies the individual economic benefits of battery energy storage in terms of power time shifting and reducing network losses; Chapters 6 to 9 introduce the value assessment models of battery energy storage equipment in distribution networks, user sides, wind farms, and microgrids respectively; Chapter 10 uses the SWOT strategic analysis method to conduct a technical comparison of various types of battery energy storage equipment; Chapter 11 introduces the application examples of battery energy storage devices in the PJM power grid; Chapters 12 and 13 study and analyze the energy storage configuration schemes in wind farms and photovoltaic power generation systems; Chapter 14 summarizes and further prospects the application of energy storage technologies in urban power grids.
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