电力客户现场管理系统设计及应用
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摘要
目前电力负荷管理系统的发展已经到了第二代,即客户现场管理系统。系统建设以国网公司《电力负荷管理系统建设与运行管理办法》、《电力负荷管理系统功能规范》等一系列技术标准为标准,帮助电力企业适应电力营销精细化、集约化管理及购售电数据在及时性、完整性、准确性、可靠性方面的要求,实现电力营销管理过程的在线实时监控和管理结果的准确统计分析。本文以重庆电力公司客户现场管理系统的开发为依托,结合重庆电力营销的管理现状和发展要求,确定了电力营销客户现场管理系统建设的技术路线,即引入调度自动化系统技术平台和最佳业务实践,整合现有的电力负荷管理系统资源、电力营销管理系统资源、各类数据通信、网络信息资源,打造一流的为电力营销服务的数据采集和在线监控信息平台。
     本文研究了重庆电力公司客户现场管理系统的设计思想和通讯组网方法,并建立了一个客户现场管理系统的原型,包括系统框架的搭建、系统的层次结构、系统通讯组网方式、系统接口方式、系统的各个功能模块以及其实现的功能,着重介绍了系统如何结合重庆电力公司的实际来实现客户现场用电管理和所采用的用电管理技术。系统主要采用的技术有:基于三层结构的信息模型设计;分层结构,开放式通信平台、数据应用平台和实时监控平台设计;基于国家电网电力负荷管理系统数据传输规约的230MHz通信网设计;基于国家电网电力负荷管理系统通用技术条件的系统管理模块、负荷控制模块、远方抄表及数据采集模块、配变运行监控模块、线损统计和分析模块设计。
     本文所研究开发的客户现场管理系统已成功用于实际,取得了良好的运行效果,大大提高了重庆电力公司营销管理的现代化水平。
Nowadays electric load management system has developed into the 2nd generation: customer on-site management system. The system construction is on the basis of serial technical standards of SGCC, such as "Construction and operation method of power load management system", "Functional criterion of electric load management system". It helps power enterprises adapt to precise marketing, intensive management and requirements of purchase& sales of electricity data on the aspects of timeliness, completeness, accuracy, reliability, so as to realize online & real-time monitoring of marketing management process and exactly statistical analysis of management results. In this paper, the technical routes of customer on-site management system of power marketing is confirmed based on development of customer on-site management system, meanwhile combined with Chongqing power marketing status and development requirements. That is, Dispatching automatic system technology platform and best business practice are introduced, and existing power load management system resources, power marketing management system resources, all types of data communication, network information resources and creation of first-class data acquisition and online control information platform are integrated.
     In this paper, the design concepts and communication network methods of customers on-site management system of Chongqing Power Company are studied and a prototype of customer on-site management system is established. It includes system framework structure, system level structure, system communication network method, system systems interface, each functional modules and the relevant functions. how to achieve customer on-site power management combined with actual situation of Chongqing Power Company and power comsuption management technology are mainly introduced. The system mainly uses following technologies: information model design based on three-level structure; delamination structure, open communication, data application and real-time monitoring platform design; 230 MHz communication network design based on Data Transmission Protocol of national power grid load management system; system management module, load control module, remote copy meter and data acquisition module, monitoring module for distributing and transforming operation, line loss statistics and analysis module design based on universal technique requirements of national power grid load management system.
     The customer on-site management system referred in this paper has already been successfully applied and also achieved perfect operating effects. It has greatly improved marketing management level of Chongqing Power Company.
引文
[1] 吕捷编著.GPRS 技术.北京:北京邮电大学出版社,2001
    [2] 韩斌杰编著.GPRS 原理及其网络优化.机械工业出版社,2003
    [3] 曹宁,胡弘莽编著.电网通信技术.北京:中国水利水电出版社,2003
    [4] [美]R.J.(Bud)Bates 著,朱洪波等译.通用分组无线业务(GPRS)技术与应用.北京:人民邮电出版社,2004
    [5] 舒华英,胡一闻等编著.移动互联网技术及应用.北京:人民邮电出版社,2001
    [6] 刘健等编著.配电自动化系统.北京:中国水利水电出版社,2003
    [7] 谷水清编著.配电系统自动化.中国电力出版社,2004
    [8] 崔秀玉,王志勇,王成祥.GPRS 技术在电力系统通信中的应用.电力通信,2004(8):3-5
    [9] 王函韵,文云波.基于 GPRS 技术的配电网通信解决方案.电力科学与工程,2003(3):21-23
    [10] 韩冰,李芬华.GPRS 技术在 SCADA 系统中的应用.电力系统通信,2003(7):4-7
    [11] 余勇.GPRS 网络的安全性管理.通信世界,2003(12):12-14
    [12] 郑友泉,冯振明.GPRS 网络的安全性能.现代电信科技,2002.12:8-9
    [13] 焦邵华,杨万顺、杨奇逊.具有高可靠性的网络化配电线载波系统的研究与实现.电网技术,2000.12:18-22
    [14] 蔺丽华,刘健.配电自动化系统的混合通信方案.电力系统自动化,2001,25(23):52-54
    [15] 叶世勋.配电网及其自动化发展综述.电网技术,1996,20(6):43-48
    [16] 朱琛.湖南大学配电自动化系统的研究与设计.湖南大学硕士学位论文
    [17] 配电系统自动化规划设计导则(试行)
    [18] 电力系统调度自动化设计技术规程(DL5003-2005)
    [19] 配电自动化系统功能规范(DL/T 814-2002)
    [20] QIU Qin-long; ZHANG Dong-mei; MA Jian; ZHANG Da-jiang. Redundancy Elimination in GPRS network. Journal of Zhejiang University. Science. 2006. Vol.7(4): 477-482
    [21] Abhishek Roy; Kalyan Basil; Navrati Saxena. An information theoretic framework for predictive channel reservation in VoIPover GPRS. International Journal of Communication Systems. 2006. Vol.19(4): 463-489
    [22] Yan Zhang; Boon-Hee Soong; Miao Ma. A dynamic channel assignment scheme for voice/data integration in GPRSnetworks. Computer Communications. 2006. Vol.29(8): 1163-1173
    [23] V. Sempere; T. Albero; J. Silvestre. Analysis of communication alternatives in a heterogeneous network for asupervision and control system. Computer Communications. 2006. Vol.29(8): 1133-1145
    [24] R. Simon Sherratt; Kai Zhang; Owen J. Wilkes. Improving CS-4 User Data Rate in GPRS Enabled Devices by Using a BLERCo-processor. International Journal of Wireless Information Networks. 2006. Vol.13(3): 239-251
    [25] Khurram Muhammad; Yo-Chuol Ho; Terry L. Mayhugh, Jr.; Chih-Ming Hung; T.Jung; Imtinan Elahi; Charles Lin; Irene (Yuanying) Deng; C. Fernando; John L. Wallberg; Sudheer K.Vemulapalli; S. Larson; Thomas Murphy; Dirk Leipold; Patrick Cruise; J. Jaehnig. The First Fully Integrated Quad-Band GSM/GPRS Receiver in a 90-nm Digital CMOS Process. IEEE Journal of Solid-State Circuits. 2006. Vol.41(8): 1772-1783
    [26] Ning Chai; Boon Sain Yeo; Yong Huat Chew. Location management for GPRS. Computer Networks. 2006. Vol.50(15): 2888-2901
    [27] Wang, Y.; Zukerman, M.; Harris, R.J. PTT packet delay analysis for GPRS/GSM links. IEEE communications letters. 2006. Vol.10(6): 456-458
    [28] Chung-Yung Chia; Ming-Feng Chang. Channel allocation for priority packets in the GPRS network. IEEE communications letters. 2006. Vol.10(8): 602-604
    [29] Marco Ajmone Marsan; Paola Laface; Michela Meo. Packet Delay Analysis in GPRS Systems. 22nd Annual Joint Conference of the IEEE Computer and Communications Societies, vol.2. San Francisco, California, USA.. 2003. P.970-978
    [30] Walter Eichelburg. Using GPRS to Connect Outlying Distribution Substations. 18th International Conference and Exhibition on Electricity Distribution(CIRED 2005). Turin, Italy. 2005. P.344-347
    [31] Xiao Wuyong; Guo ShangHua; Chen Yong; Chen Lixin; Wang Huanwen. Access Ways to Net and Application Data Analysis about Distribution MonitoringSystem based on GSM/GPRS Network. International Conference on Power Transmission & Distribution Technology; 20051011-15.2005. P.331-335
    [32] Cheng Yingying. The On-Spot Monitoring System of Electric Power Measuring Equipment based on GPRS. International Conference on Power Transmission & Distribution Technology;20051011-15. 2005. P.737-740
    [33] Ioannis S. Baxevanos; Dimitris P. Labridis. Implementing Multiagent Systems Technology for Power Distribution NetworkControl and Protection Management. IEEE Transactions on Power Delivery. 2007. Vol.22(1): 433-443
    [34] Haibin Wang; Noel N. Schulz. Using AMR data for load estimation for distribution system analysis. Electric Power Systems Research. 2006. Vol.76(5): 336-342
    [35] Jen-Hao Teng; Chan-Nan Lu. Value-based distribution feeder automation planning. International Journal of Electrical Power & Energy Systems. 2006. Vol.28(3): 186-194
    [36] Sang-Yule Choi. Power Distribution Automation System Using Information Technology Based WebActive Database. Computational science and its applications - ICCSA 2006. Glasgow, UK. 2006. P.355-364
    [37] Ieehho Seol; Boknam Ha; Miae Jung; Youngbeom Jung. The development of Optimal Protection Coordination Program for DistributionAutomation System among the Protective Devices. 2005 IEEE/PES Transmission and Distribution Conference & Exhibition: Asia andPacific - Security and Sustainable Development under Deregulation. Dalian, China. 2005. P.17-21
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