书名：配电网网格单元制建设改造
书号：9787519861278
定价：78.00元
作者：国网浙江省电力有限公司绍兴供电公司
出版时间：2022-01-07
出版社：中国电力出版社
页码： 240    字数(千字)：240
开本：特16开    版次：1    印次：1

品牌介绍

中国电力出版社成立于 1951 年，作为中国成立最早的中央科技出版社之一，曾隶属于水利电力部、能源部、电力工业部、国家电力公司，现为国家电网公司所属的科技出版社，在电气技术专业出版领域享有极高的声誉。该社作为以图书出版为主体，音像、电子出版物、期刊、网络出版共同发展的大型出版企业，以强大的出版资源和高素质的专业队伍，致力于向读者提供包括电力工程、电气工程、建筑工程、电子技术、信息技术、外语、大中专教材、家教等学科门类齐全的权威出版物，也竭力为广大师生提供精品教材，是教育部和北京市教委规划教材的出版基地之一。

编辑推荐

在网格化基础上，探索配电网建设改造工作向单元制深化的方式方法

产品特色

1、本书以网格化单元制为基础，强调了供电单元在配电网建设改造工作的意义与作用。 2、本书全面对接国家电网公司新版规划设计导则，细化了导则内各项评估指标、工作方法等相关要求，为新版导则宣贯起到了积极作用。 3、本书以大量实际工作案例为基础，总结了适用于不同定位、不同发展阶段规划区域的工作方法与工作流程，能够有效指导规划工作人员解决工程实际问题。 4、本书为配电网新能源消纳、多元负荷接入提供了详细方法与实际案例，实现源-网-荷-储高效互动，有效实践“两山”理念。

作者介绍

浙江省绍兴供电公司经济技术研究所总师，高级工程师，长年负责电力规划及电网评审工作。配电网建设改造资深专家，三年中先后在国网总部、21家省电力公司、上百家地市供电公司授过配电网建设改造课程。参与雄安、张家口（2020冬奥会举办地）配电网建设改造方案编制审核、方案指导、项目评价工作；参与2019版《配电网建设改造设计规范导则》、《配电网典型设计》、《配电网工程标准化设计图元规范》等修编审核；近三年撰写电网优化科技论文论文十余篇，发明专利2项,国网经济技术研究院

内容介绍

本书深入探索在网格化基础上，配电网建设改造工作向单元制深化的方式方法，力求通过多元化的案例展示，为不同类型、不同需求的读者提供更为全面的参考与借鉴。 本书共分为8章，分别是概述、网格单元制规划、配电网评估、电力需求预测、网格单元制建设改造实践、配电自动化建设与改造、新能源与多元负荷融入、典型案例。对20余个配电网建设改造过程实际案例的展示与剖析，介绍网格单元制规划编制的关键环节与方式方法，同时基于地区发展定位、发展程度的不同，差异化提出单元制建设改造的目标与方法。
本书适用于本书可供从事中低压配电网建设改造相关的电网规划、项目需求编制、可研设计、工程管理、生产运维、配电自动化等专业工作的技术人员提供参考，同时也可供配电网规划咨询、工程设计、电力高校师生研读。

前言

前 言 配电网是直接面向用户将输电网络、终端用户、各类分布式电源及多元负荷予以连接的电力系统关键环节。随着碳达峰、碳中和全面纳入经济社会发展全局，构建新能源占比逐渐提高的新型电力系统，推动清洁电力资源大范围优化配置工作的全面开展，今后配电网结构形态、建设改造理念与方法也需随之提升完善。 近年来国家不断加大配电网建设改造的力度，各地配网建设逐步引入网格化理念，力求从根本扭转配网建设滞后、无法适应新型电力系统发展需求。本书深入探索在网格化基础上，配电网建设改造工作向单元制深化的方式方法，通过对20余个配电网建设改造过程实际案例的展示与刨析，从“网格化单元制体系构建、配电网评估体系、电力需求预测、网格单元制建设改造实践、配电自动化建设与改造和新能源与多元负荷融入”六个方面介绍了网格单元制规划编制的关键环节与方式方法，同时基于地区发展定位、发展程度的不同，差异化提出单元制建设改造的目标与方法，力求通过多元化的案例展示，为不同类型、不同需求的读者提供更为全面的参考与借鉴。 本书适用于配电网建设发展新形势下网格化单元制的建设与改造工作，可以为从事中低压配电网建设改造相关的电网规划、项目需求编制、可研设计、工程管理、生产运维、配电自动化等专业工作的技术人员提供参考，同时也可供配电网规划咨询、工程设计、电力高校师生研读。 本书编写过程中得到了国网经济技术研究院、多地省电力公司、地市公司、中国电力出版社及上海昌泰求实电力新技术股份有限公司相关领导、专家、编辑的大力支持，在此，编者对以上所有单位、领导、专家、编辑的辛勤劳动，表示衷心的感谢！ 限于作者学识水平，书中错误和不足之处在所难免，恳请读者批评指正。 编者 2021年12月

目录

前言
第1 章 概述 ···················································································· 1
第2 章 网格单元制规划 ····································································· 3
21 基本含义 ············································································· 3
22 划分原则 ············································································· 4
23 划分方法与流程 ···································································· 6
24 影响因素与案例 ·································································· 18
第3 章 配电网评估 ········································································· 29
31 评估体系 ··········································································· 29
32 供电质量指标 ····································································· 31
33 供电能力指标 ····································································· 34
34 网架结构指标 ····································································· 40
35 装备水平指标 ····································································· 51
36 电网运行指标 ····································································· 53
37 经济性指标 ········································································ 56
38 评估问题总结 ····································································· 57
第4 章 电力需求预测 ······································································ 59
41 电力需求预测思路 ······························································· 59
42 有控规地区饱和负荷预测法 ··················································· 60
43 无控规地区饱和负荷预测 ······················································ 68
44 规划水平年电力需求预测方法 ················································ 72

45 其他预测方法 ······································································76
第5 章 网格单元制建设改造实践 ·······················································82
51 网架结构选择 ······································································82
52 规划建成区目标网架编制 ·······················································86
53 规划建设区目标网架编制 ····················································· 103
54 中压电网建设改造 ······························································ 112
55 低压电网改造 ···································································· 137
第6 章 配电自动化建设与改造 ························································· 140
61 建设改造思路与目标 ··························································· 141
62 建设改造方法与原则 ·········45················································ 141
63 网格化、单元制规划下的配电自动化规划 ································ 145
64 配电自动化建设改造的应用与实践 ········································· 147
65 配电物联网建设 ································································· 150
第7 章 新能源与多元负荷接入 ························································· 162
71 新形势对网格化规划的影响 ·················································· 162
72 能源互联网建设 ································································· 163
73 电动汽车接入规划 ······························································ 167
74 储能设施规划 ···································································· 171
第8 章 典型案例介绍 ····································································· 175
81 A 类区域典型案例 ······························································ 175
82 B 类区域典型案例 ······························································ 199
83 C 类区域典型案例 ······························································ 218
参考文献 ······················································································· 229
 第1 章 概 述