课程编号：     4572032         课程名称：    智能配电网          

( Course No.  4572032  : Course Name  SmartDistribution System    ) 

一、课程简介                                        

1.   学分/学时（Credit/Hours）：

2学分/36学时  2Credits/36 Hours

2.   开课学期（Semester）：

第2学期 2^nd Semester

3.   内容简介（Introduction）：（要求不少于200字）

本课程是电气工程及其自动化专业的一门专业选修课程。它讲授智能电网配电配电自动化系统的前言技术，即高级配电自动化技术。通过本课程的学习，使学生掌握智能配电网及配电设备的概念以及相关知识，掌握智能配电网自动化的有关概念和相关知识，掌握智能配电网自动化系统构成、原理、实现方法以及应用，为学生从事电力系统及相关领域的工作准备必要的基础。

This course is an elective course in electrical engineering andautomation. It teaches the introduction technology of smart grid distributionautomation system, that is, advanced distribution automation technology. Throughthe study of this course, students can master the concept of intelligentdistribution network and distribution equipment and related knowledge, masterthe related concepts and related knowledge of intelligent distribution networkautomation, and master the composition, principle, realization method andapplication of intelligent distribution network automation system. It isnecessary for students to work in the power system and related fields.

4.        教材名称（Textbooks）：

智能配电网技术丛书：配电自动化，余兆荣主编，中国电力出版社，2011

Technical series of smart distribution network:distribution automation, Yu Zhaorong. China Electric Power Press, 2011.

5.      先修课程（Prerequisites）：

电力系统分析，继电保护等课程。

Power system analysis,  Relay protection, etc.

6.      授课对象（Teaching objects）：

电气工程学科学术型、专业学位型硕士研究生

Academic and professional degree masters in electricalengineering

7.      适合专业（Suited Professions）：

电气工程、控制科学与工程专业

Electrical Engineering, Control Science and Engineering

8.      教学语言（Language of Instruction）：

汉语 Chinese

9.      参考文献（References）：

（1）《智能配电网及其关键技术》，秦立军，中国电力出版社；

（1）Smartdistribution network and its key technologies. Qin Lijun, China Electric PowerPress;

（2）《智能配用电技术》，盛万兴，等，中国电力出版社；

（2）Smart power distribution and utilization electricitytechnology, Sheng Wanxing, etc., China Electric Power Press;

10.  任课教师及团队（Coordinators & Team）：

任课教师：王红红

Lecturer:Wang Honghong

教学团队：王红红、张智晟、马平

Team: Wang Honghong, Zhang Zhisheng,  Ma Ping

二、教学目标（EducationalObjectives）

       介绍该课程在本学科研究生课程体系中的作用、以及要求学生要掌握的知识、方法和能力等。

Introduce the role of this course in the discipline'sgraduate curriculum system, and the knowledge, methods and capabilitiesstudents need to master:

1.目标1（Objective 1）：

智能配电网概述

（1）智能配电网及其特点

（2）高级配电自动化的概念

（3）国内外配电网的发展历程

（4）配电自动化技术存在的问题及发展趋势

An overview of intelligent distribution network

(1) intelligent distribution network and itscharacteristics

(2) the concept of advanced distribution automation

(3) the development of distribution network at home andabroad

(4) problems and development trend ofdistribution automation technology

2.目标2（Objective2）：

高级配电自动化系统构成

（1）高级配电自动化结构

（2）配电自动化技术的主要终端设备

(1) the structure of advanced distribution automation

(2) main terminal equipment of distribution automationtechnology

3.目标3（Objective 3）：

高级配电自动化主要功能

（1）馈线自动化

（2）配电网监控与数据采集

（3）电能质量监控

（4）实时状态估计

（5）分布式电源集成

（6）停电管理

（7）设备管理

（8）其他管理

Main functions of advanced distribution automation

(1) feeder automation

(2) distribution network monitoring and data acquisition

(3) power quality monitoring

(4) real time state estimation

(5) distributed power integration

(6) power outage management

(7) equipment management

(8)other management

4.目标4（Objective 4）：

高级配电自动化基础性支撑技术  

（1）智能电网基础技术

（2）高级配电自动化支撑技术

(1) basic technology of smart grid

(2) advanced distribution automation support technology

5.目标5（Objective 5）：

智能配电网自愈控制技术      

（1）自愈控制关键技术

（2）自愈控制技术实现方法

（3）自愈控制技术评价体系

Self-healing control technology of intelligentdistribution network

(1) key technology of self-healing control

(2) the realization method of self healing controltechnology

(3) the technical evaluation system of self-healingcontrol

6. 目标6（Objective 6）：

智能配电网在线监测与预警技术

（1）在线监测与预警技术的概念

（2）在线监测与预警技术的关键

（3）在线监测与预警技术的新发展

On-line monitoring and early warning technology forintelligent distribution network

(1) the concept of online monitoring and early warningtechnology

(2) the key of on-line monitoring and early warningtechnology

(3)new development of online monitoring and early warning technology

7. 目标7（Objective 7）：

分布发电与并网技术

（1）分布发电与并网技术的概念

（2）分布发电与并网对配电网的影响

（3）分布发电与并网策略与新技术

Distributed generation and grid technology

(1) the concept of distributed generation and gridtechnology

(2) the influence of distributed generation and gridconnected to the distribution network

(3)distributed generation and grid strategy and new technology

8. 目标8（Objective 8）：

高级配电网通信技术体系

（1）通信技术

（2）通信协议

（3）通信网的组网方式

Communication technology system of high powerdistribution network

(1) communication technology

(2) communication protocol

(3) networking mode of communication network

9. 目标9（Objective 9）：

配电网资产全寿命周期管理

（1）基本理论

（2）模式设计

（3）评价体系

Life cycle management of distribution network assets

(1) basic theory

(2) pattern design

(3)evaluation system

三、教学内容/学时分配/授课方式

四、考评方法（EvaluationMethod）

可采取（但不局限于）以下方式进行课程学习效果考核：

Can take(but not limited to) the following ways to evaluate the effect of courselearning:

1.        作业（Homework）：简要说明对作业的要求。Brief description of homework requirements

以课后题为主，检查学习情况。

Take the subject of after class,check the learning situation.

2.    研究项目（Major Project）：简要说明对研究项目的要求。Briefdescription of Major Project requirements

3.    书面报告（Written Reports）：简要说明对研究报告的要求。Briefdescription of Written Reports requirements

论述学完该课程后的感想与收获。

The thoughts and gains after the study of the course arereported.

4.    口头报告（Oral Reports）：简要说明对宣讲报告的要求。Briefdescription of Oral Reports requirements

 简要用PPT形式汇报本课程中感兴趣的内容与知识点。

Brieflyreport the contents and knowledge of interest in this course with PPT form..

5.    课内实验（Experiments）：简要说明对课内实验的要求。Briefdescription of Experiments requirements

6.    课堂提问与讨论（Questionsand Discussions）：简要说明对课堂提问与讨论的要求。Brief description of Questions and Discussionsrequirements

通过课堂提问与讨论，加深对相关概念和疑难问题的理解，提高课程学习效果。

Through classroom questions and discussions, to deepenthe understanding of related concepts and difficult issues and improve theeffect of the course learning.

7.    期末考试（Exams）：简要说明对期末考试的要求。Briefdescription of Exams requirements

期末考试采取闭卷方式，考题包括填空、简答和计算等类型。综合考核本课程所授知识的掌握程度。

The final exam adopts closed-book approach which includestypes such as blank fillings, short answers and calculations. A comprehensiveassessment of the degree of mastery of knowledge in this course.

五、成绩比例（Grading Scale）

针对课程所采用的各类考评办法，给出以百分计算的考评成绩及其在总成绩中所占的比例，最终给出该门课程的学习成绩（以百分计）。

For thevarious evaluation methods adopted in the course, the percentage of evaluationgrading results and their grading scales are given, to obtain the academicperformance (in percent) of the course.

六、预期效果（Assessmentof Learning Outcomes）

针对第二项所设置各个教学目标，通过上述内容的学习和所采取的考评方法，预估学生学完本门课程后所能掌握和了解的知识、方法和技能，以及所具备的具体能力等。

Aiming ateach teaching goal set in Section 2 and through the learning contents above andthe evaluation methods, to assess the knowledge, methods and skills that thestudents can master and understand after completing the course, and theabilities they equip.

。

1.目标1（Objective 1）：

了解学习智能配电网的意义；掌握智能配电网的基本概念和特点；了解国内外智能配电网的发展历程和发展趋势。

To understand the significance of learning intelligentdistribution network. Master the basic concepts and characteristics ofintelligent distribution network. Understand the development process anddevelopment trend of smart distribution network at home and abroad.

2.目标2（Objective2）：

理解高级配电自动化结构以及各部分的主要作用；了解馈线开关监控终端、开闭所监控终端和变压器监测终端的功能和作用。

Understandthe main functions of advanced distribution automation structure and parts. Understandthe function of feeder switch monitoring terminassl, monitoring terminals andtransformer monitoring terminals.

3.目标3（Objective3）：

理解高级配电自动化主要功能和特点；理解馈线自动化的基本概念、类型、主要功能和典型技术方案；理解网络重构的数学模型优和化方案；理解配电网监控和数据采集系统的基本概念、基本功能和实现方式；理解电能质量监控的基本内容和分析方法；理解实时状态估计的作用和实现手段；理解分布式电源集成的概念和作用；了解停电管理的功能；了解设备管理、作业管理、知识管理和负荷管理等管理系统的作用。

Understand the basicconcepts, basic functions and implementation methods of distribution networkmonitoring and data acquisition system. Understand the basic contents andanalysis methods of power quality monitoring. Understand the role and implementationof real-time state estimation. Understanding the concept and function ofdistributed power integration. Understand the function of power outagemanagement. Understand the role of management systems such as equipmentmanagement, job management, knowledge management and load management.

4.目标4（Objective4）：

理解与高级配电自动化密切相关的基础性支撑技术，包括：传感与量测技术；广域测量系统；控制决策技术；可视化技术等。

Understandthe basic support technology closely related to the advanced distributionautomation, including sensing and measurement technology, wide area measurementsystem, control decision technology, visualization technology, etc.

5.目标5（Objective5）：

理解实现自愈控制的相关技术及其方法，并了解评价配电网自愈能力的技术指标。了解配电网自愈技术基本概念、主要目标原则和意义；了解配电网自愈控制中的广域测量技术、仿真与模拟技术、快速复电技术等。

Understand the related technologies and methods of selfhealing control. And understand the technical index of evaluating the selfhealing ability of distribution network. Understand the basic concept, mainobjectives and principles and significance of self healing technology indistribution network. Understand the wide area measurement technology,simulation and modeling technology, fast recovery power supply technology andso on.

6.目标6（Objective6）：

掌握在线监测与预警技术的发展和应用；掌握数据采集和监视控制技术、状态估计技术、不良数据的监测与辨识技术等。

Masterthe development and application of on-line monitoring and early warningtechnology. Master data acquisition and monitoring control technology, stateestimation technology, monitoring and identification technology of bad data,etc.

7. 目标7（Objective7）：

了解分布式发电的基本概念、分类和储能技术；了解分布式发电对配电网继电保护的影响，对电能质量的影响，对配电网可靠性的影响，对配电网运行管理的影响，对配电网规划建设与经营的影响等。

Understandthe basic concept, classification and energy storage technology of distributedgeneration. Understand the influence of distributed generation on the relayprotection of the distribution network, the influence on the power quality, theinfluence on the reliability of the distribution network, the influence on theoperation and management of the distribution network, the influence on theplanning and construction of the distribution network, and so on.

8. 目标8（Objective8）：

了解高级配电网的各种通信技术和通信体系，包括：光学通信技术、电力载波通信技术、数字微波通信技术、卫星通信技术和移动宽带通信技术等。了解高级配电自动化通信协议和组网方式。

To understand the communication technology andcommunication system of the advanced distribution network, including thefollowing contents: optical communication technology, power carriercommunication technology, digital microwave communication technology, satellitecommunication technology and mobile broadband communication technology, and soon. Understand the communication protocol and networking mode of advanceddistribution automation.

9.      目标9（Objective9）：

了解资产全寿命周期管理发展状况和管理概念；了解规划阶段模式设计、设计阶段模式设计、建设阶段模型设计、运行维护阶段模型设计和处置阶段模型设计；了解评价资产全寿命周期管理评价体系。

Understandthe asset lifecycle management development and management concepts. Understandthe planning stage design, design stage mode design, construction stage modeldesign, operation and maintenance stage model design and disposal stage modeldesign; Understand and evaluate the life cycle management evaluation system ofassets.

  智能配电网技术丛书：配电自动化，余兆荣主编，中国电力出版社，2011

      Technical series of smart distribution network:distribution automation, Yu Zhaorong. China Electric Power Press, 2011

《智能配电网及其关键技术》，秦立军，中国电力出版社；

Smartdistribution network and its key technologies. Qin Lijun, China Electric PowerPress;

《智能配用电技术》，盛万兴，等，中国电力出版社；

Smart power distribution and utilization electricitytechnology, Sheng Wanxing, etc., China Electric Power Press;