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@article{165002,
        author = {PAWARA AKSHATA PANDIT and GAVIT JYOTI ANIL and PATIL KAMINI JADHAV and SUTAR PRAFUL ISHWAR and JUNED SHABBIR SHAIKH},
        title = {Windmill Inspection By Internet of Things},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {10},
        number = {12},
        pages = {2900-2903},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=165002},
        abstract = {One renewable energy source that is being used more and more frequently these days to meet the overwhelming demand for energy is wind energy. An effective wind turbine tracking system is essential for producing environmentally friendly energy. Due to their remote locations, windmills require a lot of time and effort to maintain constant observation. We are aware that windmills are situated in hilly areas where there is enough wind to generate the appropriate amount of electricity. Unfortunately, due to long travel times and a lack of manpower, we occasionally neglect to manually inspect the operation of windmills. 
An internet of things-based remote monitoring and management system for wind turbines. It enables the monitoring of certain internal and external components as well as the remote control of windmills. It makes use of sensors to ascertain the windmill's surroundings and a wireless network to transmit the data back to remote areas. The information gathered may be utilised to assess the windmill's operation and anticipate potential problems, helping to keep the windmill in good working order. Additionally, a dashboard clearly displays the real-time sensor data for remote verification. The management specialists can access this dashboard and perform additional tasks as required. The data could be displayed hourly, daily, weekly, or monthly. 
},
        keywords = {ESP Mircro controller, Wind Sensor, Temperature Sensor, Sound Sensor},
        month = {},
        }