This paper represent the performance of operating parameter of solar still. In this paper optimizing the four parameter with the help of Taguchi method. This four parameters (glass cover angle, Water temperature ,glass cover temperature, Average spacing between water and glass cover) influence on the total distill output. The present paper optimize the Taguchi method to optimize the operating parameter for higher yield for a passive single slope solar distillation system. The main objective of the present study was to apply the Taguchi method to establish the optimal set of parameters for passive slope solar still. The Taguchi method is employed to determine the optimal combination of design parameter .This paper present new optimize parameter using Taguchi method in the case of passive solar still.
This paper focuses on developing a smart parking system based on IOT. In many metropolitan cities, people are always worried whether they will find a parking slot or not. Even, finding an empty parking slot is very time con- suming and wastes a lot of fuel. After parking, to pay the required charges, a paper receipt is given and so there is a large amount of paper wasted every day. Thus, we have proposed a system consisting of ultrasonic sensors, NodeMCU deployed on-site and an android application available for the user. The android application will help the user to check the availability of a parking slot and re- serve it. This will save time, reduce fuel consumption and thereby pollution.
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