Weather Parameter and Pollution Level Extraction using IoT for Various Traffic Nodal Points with Solar Charging

Pratyush Panda, Adithya Ballaji, Sujo Oommen, Manish Bharat
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Abstract

Weather conditions become an extremely important parameter before the outset of major constructional projects at remote places. This paper proposes the design and development of weather station which is powered by utilizing renewable energy for such remote places where there is no electricity supply and has been developed for unmanned operations which would continuously render real time weather related data using Internet of Things i.e., IoT to provide graphical data of the weather conditions over a long period of time. The proposed device will measure weather parameters such as temperature, humidity, pressure, altitude and pollution levels with high precision and at very less power consumption to provide all the round 24 hours of active operation.
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利用物联网对太阳能充电的各种交通节点进行天气参数和污染水平提取
在偏远地区的重大建设项目开始前,天气条件成为一个极其重要的参数。本文提出了利用可再生能源为偏远地区无电力供应供电的气象站的设计和开发,并已开发用于无人操作,利用物联网(IoT)持续呈现实时天气相关数据,提供长时间天气状况的图形数据。该设备将测量天气参数,如温度、湿度、压力、海拔和污染水平,精度高,功耗极低,可提供24小时的主动运行。
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