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IOT based Solar Monitoring System


Author(s):

Apurva L , SJBIT; Madhu N, SJBIT

Keywords:

Internet of Things, Solar Panels

Abstract:

The Internet of Things enables to accumulate, dissect, and react upon the dew point of data from things. Things or objects can be sensors or actuators. Gadgets are huge variety of devices together with solar monitoring, coronary heart monitoring implants, electric, wearable, domestic automation and vehicles with built-in sensors, or subject operation devices that help smoke jumper in seek and get better operations. This sensor attached to devices will retrieve the environmental data for user requirements. Solar energy is the sunlight that reaches the Earth; this solar energy is also called as solar radiation. For example, having produced sun radiation for hundreds of thousands of years via nuclear fusion, the power house produces so much strength that the amount of sunlight that reaches the earth in a single hour should meet the electricity needs of the complete global for an entire twelve months. Sun electricity is used to without delay convert to warmness water or space. On this procedure, the power within the form of sun radiation is converted into thermal or heat electricity. Solar electricity also can be converted into electricity through photovoltaic or solar electricity plant life. This application defines, the representation of the power from the solar panels that can be monitored remotely i.e. The Internet of Things brings everything together and allows us to interact with our panels. Using this we can:  Create a channel and collect parameters from solar panels  Analyze and Visualize parameters.  Act on the dew points. The collection of data sets from the client i.e. solar panels via the communication media through wireless or wired medium. The data interpretation between the panels and the represented values will be in the HTTP format. The panels will be with unique sensor called nodes, that group of nodes is formed clusters where each cluster can contain maximum of 25 nodes and the of the node information is sent to the gateways where each gateway can contain maximum of 5 clusters and that of each user can contain maximum of 100 gateways. This collected data will be represented in the form of the table that of where you can represent the collected data record in the form of the any cart form and that of where all will be read data set and of that will be appropriate action will be taken if any required.


Other Details:

Manuscript Id :IJSTEV3I2003
Published in :Volume : 3, Issue : 2
Publication Date: 01/09/2016
Page(s): 1-18
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