基于GSM的单相无线电表用户通知系统

Waqas Ali, H. Farooq, A. Khalid, A. Raza, N. Tanveer
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引用次数: 5

摘要

自动化现在几乎在每个领域都是必要的,包括配电、控制和监测电能。然而,巴基斯坦的情况非常糟糕,由于落后的电力系统基础设施,该国正面临严重的能源危机。即使是计费的能源监测计量系统,也仍以传统的机电式电表为主;在巴基斯坦的许多地区,这些电能表正在被电子式数字电能表所取代。然而,从这些电表中收集电表读数数据是手工进行的,这为以超额收费的形式出现的腐败打开了大门,这是当前政府面临的一个主要挑战,同时也是电力盗窃。虽然;已经采取了一些措施来解决这个问题,包括使用android手机部署基于移动的抄表过程,但问题仍然存在。这主要是因为传统的人工抄表方式陈旧、过时、效率低、耗时长。因此,本文提出了一种基于GSM无线网络的单相自动抄表系统的设计,该系统具有用户通知功能,简单、高效、经济。该系统利用短信服务将电能表读数数据发送到公用事业单位进行计费,并定期更新用户的能源使用情况。此外,本文还讨论了该系统使用对公用事业和消费者的潜在影响,特别是在巴基斯坦。
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Single phase GSM based wireless energy metering with user notification system
The automation is now becoming necessary almost in every field including distribution, control and monitoring of electrical energy. However, in Pakistan the situation is very poor, and the country is facing the severe energy crisis because of outdated power system infrastructure. Even the energy monitoring and metering system for billing is still based on conventional electro-mechanical type meters; which are now being replaced by electronic type digital energy meters in many sub-divisions of Pakistan. However, the collection of energy meter readings data from these meters is being conducted manually which opens the doors of corruption in the form of overbilling which is a major challenge for the current government together with the electricity theft. Although; some steps, including the deployment of mobile based meter reading process using android phones, have been taken to solve this issue but the problem still persists. This is mainly because of the traditional manual meter reading method, which is obsolete, outmoded, inefficient and time consuming. So, this paper presents the simple, efficient, and inexpensive design of an automatic single phase energy meter reading system based on GSM wireless network which also has the provision for user notification. This system uses the short messaging service to transmit the energy meter readings data to utility for billing as well as to update the consumers about their energy usage on regular basis. Moreover, this paper also discusses the potential impacts of this system usage both for utilities and consumers especially in Pakistan.
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