水公用事业移动应用程序的水表读取:基于Android

Emmanuel Nyirenda, C. Chembe
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引用次数: 0

摘要

水务公司有一个计费程序,包括读取水表以及了解客户的消耗量。赞比亚水务公司面临的主要挑战是客户账单不准确。人工抄表过程极大地影响了这种不准确的客户计费。对于赞比亚的大多数自来水公司来说,抄表是一项非常复杂的任务。目前的抄表方法是手动抄表和更新客户的详细信息。读数保存在记录簿中,由于手工处理数据,有可能产生不正确的账单。这个过程会给捕获仪表读数的人员带来额外的工作负担。手动流程与以下挑战相关;转帐错误、字迹不清、数字篡改、缺乏对读数的分析、生产率低、时间压力大、非收入水和抄表员不上门的情况增加。人工抄表的另一个问题是,用户和水务公司在监控和分析用户的消费趋势方面都面临挑战,而且在现场对抄表员进行监控非常困难。虽然存在技术先进的解决方案,但赞比亚的大多数水务公司没有预算。提出的模型包括用于捕获现场读数的android移动应用程序和用于实时分析读数和监测现场工作人员的web应用程序。我们对36名受访者进行了可用性测试,其中75%是电表读取者,25%是客户。从移动应用程序框架获得的结果表明,读数的捕获,上传,监控和分析对于参与研究的用户和客户来说非常好。使用三个用户体验领域进行调查,即感知易用性,感知灵活性和感知信息准确性。通过android和web应用程序,客户还可以随时随地进行自己的读数和查看图形使用情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Water Utility Mobile Application For Meter Reading: Android Based
Water utility companies have a billing process which involves reading the meter as well as knowing the consumption of its customers. The major challenge faced by water utilities in Zambia is inaccurate customer billing. Affecting hugely this inaccurate customer billing is the manual meter reading process. For most water utilities in Zambia meter reading is a very complex task. The current method for meter reading uses manual work of reading the meter and updating details of the customers. The readings are maintained in a record book and due to manual processing of data there are possibilities of generating an incorrect bill. This process cause extra work load on person who is capturing meter readings. The manual process is associated with the following challenges; transfer errors, poor handwriting, manipulation of figures, lack of analysis of readings, low productivity, time pressure, increase in non-revenue water and meter readers not visiting the property. The other problem with manual meter reading is that both the customer and the water utility company have challenges in monitoring and analyzing of consumption trends for customers and it is very difficult to monitor meter readers in the field. Although technologically advanced solutions exist, most water utilities in Zambia have no budget for them. The proposed model comprised of the android mobile application for capturing readings in the field and the web application for analysing readings and monitoring of field workers in real time. A usability test was undertaken consisting of 36 respondents which comprised of 75% meter readers and 25% customers. The results obtained from the mobile application framework, showed that the capturing, uploading, monitoring and analysis of readings were very good for the users and customers who participated in the study. Three user experience areas were used to undertake the survey namely, perceived ease-of-use, perceived flexibility and perceived information accuracy. With the android and web application customers are also able to take their own readings and view graphical usage at any time anywhere.  
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