Intelligent Modeling Scheme for Detection of Line Losses in Power Distribution System

Intelligent Modeling Scheme for Detection of Line Losses in Power Distribution System
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配电系统线损检测智能建模方案

DOI:
10.1109/uksim.2013.43
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发表时间:
2013
期刊:
2013 UKSim 15th International Conference on Computer Modelling and Simulation
影响因子:
--
通讯作者:
A. Umar
A. Umar
中科院分区:
--
文献类型:
--
作者:
F. Aslam;Adil Nasser;Ehsan Ulhaq;A. Umar

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在发展中国家,线路损耗被认为是配电系统的一个主要问题。很难定位电力被盗的区域,并且在人口密集的地区情况变得更糟。此外,在像巴基斯坦这样的国家,存在电力危机,这些非法连接成为征收税收的巨大障碍。每个月都有数十亿美元的循环债务因电力盗窃而被支付。而且,由于缺乏有效的制度,有关部门无法准确地发现这些损失是在何时、何地、以何种数额出现的。有可能开发一种自动化的电子技术,通过这种技术,我们不仅可以检测这些非法连接,而且可以防止这些连接。本文的主要目的是设计一种技术,这种电力盗窃检测和预防。一些基于智能微处理器的修改将有助于让我们知道是否存在任何非法连接。这一目的可以通过比较配电网和用电网各自的供电量和用电量来实现。在这方面,配电系统的主要修改将是:(a)对配电者和消费者之间的电力统计数据进行即时测量;(B)不断比较所输送和使用的电力;(c)立即向有关当局报告电力不匹配情况。
In under developing countries, line losses are considered to be a major issue for power distribution systems. It is hard to locate the area where power is being theft and the situation becomes worse in densely populated area. Further in a country like Pakistan where there is power crises, these illegal connections become great hurdle in collecting revenue. Every month billions of circular debt has to be paid on account of power theft. Moreover due to lack of some effective system, it is impossible for the relevant authorities to find exactly when, where and in which amount these losses are cropping up. It is possible to develop an automated electronic based technique through which we can not only detect these outlawed connections but can prevent these as well. The main objective of this paper is to devise a technique for this power theft detection and prevention. Some smart microprocessor based modifications will be helpful to let us know whether there is a presence of any illegal connection or not. This aim can be achieved by the comparison of power supplied and consumed by distributor and consumer respectively. In this regard, the main modifications in power distribution system will be: (a) Instantaneous measurements of power statistics between distributor and consumer, (b) Continuous comparison of power delivered and utilized and (c) Immediate reporting on power mismatch to relevant authorities.