Mobile Platform for Particulate Matter Monitoring

M. Marinov, Ivan Topalov, Nikolay Hinov, Stefan Hensel
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引用次数: 1

Abstract

Amongst all the major hazard aspects for the health of people in big conglomerates is the increase of the particulate matter concentration. Traditional systems for particulate matter (PM) monitoring have a great number of drawbacks but the main issues are economical and are related to the installation costs and never ending periodical maintenance expenses. After all there are installations of such systems but their number is limited and having in mind the growth of population, cities and industry areas, there is even a bigger need for more information on air quality because PM changes non-linearly, has a wide range and different sources. In this paper, we propose an approach, based on low-cost sensor nodes, for real-time measuring and obtaining information about the PM concentration. The adoption of that approach allows for a detailed study of the intensities of pollution and its sources. The system power supply is powered by a PV module. The power supply unit is designed using a model-based design that is a new approach to prototyping power-operated electronic devices with guaranteed performance.
移动颗粒物监测平台
在大型企业集团中,对人们健康的所有主要危害因素之一是颗粒物浓度的增加。传统的颗粒物(PM)监测系统存在诸多缺陷,但主要问题是经济问题,主要与安装成本和无休止的定期维护费用有关。毕竟已经安装了这样的系统,但数量有限,考虑到人口、城市和工业区的增长,由于PM非线性变化,范围广泛,来源不同,因此更需要更多关于空气质量的信息。在本文中,我们提出了一种基于低成本传感器节点的方法,用于实时测量和获取PM浓度信息。采用这种方法可以对污染的强度及其来源进行详细的研究。系统电源由光伏模块供电。电源单元的设计采用了基于模型的设计,这是一种新的方法来原型电源操作的电子设备,保证性能。
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