电源接网管理新策略
ISBN:978-981-94-0207-6
Author:田云飞、彭婧
Publishing Date:Aug-26-2024
Brief
《电源接网管理新策略》全面探讨了电源接网管理的各个方面，为读者提供系统的理论知识和实践指导。全书共九章，涵盖了电源接网的基本概念、理论基础、技术发展、规划设计、运行控制、保护安全、政策法规及未来趋势。本书首先从电源接网的定义、分类、技术基础、关键指标及其在能源系统中的角色入手，帮助读者建立基础认识。随后，深入分析电力系统的基本理论、控制理论、优化理论及经济学原理，为读者提供坚实的理论基础。在技术发展方面，本书回顾了传统电源接网技术，重点介绍了可再生能源接网、分布式电源接网及智能电网与电源接网的最新进展，展示了该领域的技术前沿。关于规划与设计，本书讨论了电源接网的规划原则、设计方法、容量配置及可靠性分析，提升电源接网的整体效率和可靠性。运行与控制部分则详细介绍了电源接网的运行模式、动态控制、稳定性控制和能量管理策略。在保护与安全方面，本书提出了电源接网的保护策略和故障分析方法，保障电源接网的安全运行。政策与法规部分分析了电源接网的政策背景、相关法律法规、标准与规范，及其监管与执行机制。本书还展望了新能源接网的发展趋势，探讨了电源接网的技术创新和市场前景，结合国际经验，为读者描绘电源接网的未来蓝图。最后，介绍了电源接网的管理原则、管理体系和管理方法，提供了丰富的实战策略和经验分享。《电源接网管理新策略》内容全面、结构清晰，既有理论深度，又有实践指导，适合作为电力系统从业人员、研究人员及高等院校师生的参考书，助力读者深入了解和掌握电源接网管理的前沿知识和实际应用。（国网甘肃省电力公司经济技术研究院编）
Catalog
第一章 电源接网的基本概念········································································ 1
第一节 电源接网的定义和分类······························································· 1
第二节 电源接网的技术基础·································································· 5
第三节 电源接网的关键指标·································································· 8
第四节 电源接网在能源系统中的角色····················································· 11
第二章 电源接网的理论基础·······································································15
第一节 电力系统的基本理论·································································15
第二节 电源接网的控制理论·································································19
第三节 电源接网的优化理论·································································23
第四节 电源接网的经济学原理······························································26
第三章 电源接网的技术发展·······································································31
第一节 传统电源接网技术····································································31
第二节 可再生能源接网技术·································································35
第三节 分布式电源接网技术·································································37
第四节 智能电网与电源接网·································································40
第四章 电源接网的规划与设计····································································43
第一节 电源接网的规划原则·································································43
第二节 电源接网的设计方法·································································47
第三节 电源接网的容量配置·································································51
第四节 电源接网的可靠性分析······························································55
第五章 电源接网的运行与控制····································································63
第一节 电源接网的运行模式·································································63
第二节 电源接网的动态控制·································································67
第三节 电源接网的稳定性控制······························································71
第四节 电源接网的能量管理·································································75
第六章 电源接网的保护与安全····································································79
第一节 电源接网的保护策略·································································79
第二节 电源接网的故障分析·································································82
第三节 电源接网的安全措施·································································86
第四节 电源接网的风险管理·································································88
第七章 电源接网的政策与法规····································································91
第一节 电源接网的政策背景·································································91
第二节 电源接网的法律法规·································································94
第三节 电源接网的标准与规范······························································96
第四节 电源接网的监管与执行······························································98
第八章 电源接网的未来趋势····································································· 101
第一节 新能源接网的发展趋势···························································· 101
第二节 电源接网的技术创新······························································· 103
第三节 电源接网的市场前景······························································· 106
第四节 电源接网的国际经验与借鉴······················································ 110
第九章 电源接网的管理策略····································································· 113
第一节 电源接网的管理原则······························································· 113
第二节 电源接网的管理体系······························································· 115
第三节 电源接网的管理方法······························································· 118
参考文献······························································································· 123
Author
田云飞，毕业于华北电力大学，目前就职于国网甘肃省电力公司发展事业部。在通信网规划、电源接入系统二次设计、新能源接网受理等业务领域具有丰富的工作经验，围绕工作岗位积极开展创新实践，获得多项省级及以上奖项，发表论文20余篇，学术著作2部。
彭婧，2013年毕业于湖南大学电力系统及其自动化专业，目前就职于国网甘肃省电力公司发展事业部，入职以来从事配电网、电源接网政策研究及受理等相关工作，获得省级奖项多项，发表学术著作10余篇。
Cip
Cataloguing-in-Publication (CIP) programme
Name(s): 田云飞、彭婧、徐慧慧、李婧、刘正英 .
Title: 电源接网管理新策略 / 田云飞、彭婧、徐慧慧、李婧、刘正英 编著 .
Description: Arts and Science Press Pte Ltd, Singapore, 2024.
Identifier: OCN 1452651808 | ISBN 978-981-94-0207-6 (paperback)
Subject(s): New Strategy for Power Grid Connection Management .|Power Grid Connection Management .
BRN: 300070653
Classification: DDC 658.5--dc23
