天津大学《电力系统调度自动化及EMS》课程教学大纲.doc

天津大学电力系统调度自动化及EMS课程教学大纲（以下正文：题头为加黑小四号宋体，内容为普通小四号宋体，1.5倍行距）课程编号：2030349课程名称：电力系统调度自动化及EMS学 时：32学 分：2学时分配：授课：32 上机： 实验： 实践： 实践（周）： 授课学院：电气与自动化工程适用专业：电气工程先修课程：电力系统基础 电力系统分析 优化技术基础 自动控制理论一课程的性质与目的本课程是电气工程及其自动化专业的专业选修课程。开设本课程的目的主要是让学生全面系统的了解电力系统调度自动化技术的发展历史，掌握调度自动化系统的功能组成及实现原理，具备从事电力运行管理和调度自动化的专业基础知识。二教学基本要求（要求学生了解、掌握的内容）通过教学，使学生能够了解和掌握电力系统调度自动化及EMS相关的基本概念、架构、功能及实现原理，包括电力系统调度运行的主要目标、调度自动化技术的发展、调度自动化系统的功能和组成、数据采集和监控、能量管理系统和配电运行管理的基本功能，以及调度自动化相关标准和规范等。三教学内容（分章节说明，包括实验、实践内容）1 电力系统调度自动化的基本构成讲述电力系统调度自动化的主要目标、发展历史，调度自动化系统的总体结构及其功能。2 数据采集及监控讲述数据采集原理及方法，远动技术（四遥）、SCADA系统功能与构成3 能量管理系统（EMS）高级应用讲述负荷预测、AGC、机组组合、状态估计、最优潮流、在线潮流、安全分析、调度员培训仿真器等。4 配电运行管理讲述配电系统运行特点、配电系统分析方法、配电自动化等四学时分配教学内容授课上机实验实践实践(周)电力系统调度自动化的基本构成6数据采集及监控4能量管理系统（EMS）高级应用14配电运行管理6复习2总计：32五评价与考核方式（多种考核方式需注明所占比例）考试课程，笔试（闭卷），90分钟，满分100分；亦可采用平时成绩与笔试相结合的方式，平时成绩占20%，笔试成绩占80%。六教材与主要参考资料（分条目列出，需注明名称、主编或译者、出版社、出版时间）教材：自编讲义主要参考资料：电力系统调度自动化，吴文传，张伯明，孙宏斌编著，清华大学出版社，2011-8-1电网监控与调度自动化，张永健，中国电力出版社，2009-5-1现代配电系统分析，王守相，王成山编著，高等教育出版社，2007-10-1相关论文TU Syllabus for Power system Dispatching Automation and EMSCode:2030349Title:Power System Dispatching Automation and EMSSemester Hours:32Credits:2Semester Hour StructureLecture:32 Computer Lab： Experiment： Practice： Practice (Week)：Offered by:School of Electrical & Automation EngineeringFor:Electrical Engineering and Its AutomationPrerequisite:Power System Analysis, Introduction to Optimization, Control Theory1. ObjectiveThe objectives of this course in power system dispatching automation are: l Acquainting electrical engineering students with power system operation and control based on information and communication technologies, and EMS.l Introducing students to the functions and architectures of control centers: their past, present, and likely future.l Introducing students to the technologies employed in todays control centers.2. Course Description This course deals with modern power system dispatching and control problems and solution techniques. Topics covered include: the objectives of power system dispatching and operating, the development of the automatic dispatching technology, the functions and architectures of control centers, supervisory control and data acquisition (SCADA), the basic functions of Energy Management System (EMS) and Distribution Management System (DMS), and the related standards and regulations about power grid dispatching, etc.3. TopicsTopics to be addressed include:1. Introduction to Power Grid Dispatching AutomationIntroduction to the evolution of control center, major objectives and functions of power grid dispatching automation and the structure and functions of control center 2. Supervisory Control and Data AcquisitionIntroduction to the principles and methods of data acquisition, the telecontrol technique (telesignalization, telecontrol, telemetering, teleadjusting) and the functions and components of SCADA 3. Energy Management System (EMS) and Its Advanced ApplicationIntroduction to load forecasting, automatic generation control (AGC), unit commitment, state estimation, optimal power flow, online power flow, security analysis and dispatcher training simulator, etc4. Distribution OperationIntroduction to the operating characteristics of distribution system, the enabling technologies and algorithms of distribution system analysis and distribution automation, etc 4. Semester Hour StructureTopicsLectureComputer LabExperimentPracticePractice (Week)Introduction to Power Grid Dispatching Automation6Supervisory Control and Data Acquisition (SCADA)4Energy Management System (EMS) and Its Advanced Application14Distribution Operation6Review2Sum325. GradingFinal exam, 90 minutes;or 20% (attendance, quizzes and homework), 80% (final exam)6. Text-Book & Additional ReadingsText-Book: handoutsAdditional Readings:Electric power system dispatching automation，Wu Wenchuan，Zhang Boming，Sun Hongbin，Tsinghua University Press，2011-8-1Power grid monitoring and dispatching automation，Zhang Yongjian，China Electric Power Press，2009-5-1Modern distribution analysis，Wang Shouxiang，Wang Chengshan，Higher Education Press，2007-10-1Selected papers from the IEEE, the IEE, Elsevier, and EPRI journal publications and conference proceedings