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@article{162660,
        author = {R.K.Ranjani and K. Venkatesh},
        title = {Mobile Application Based Solar Power Inspecting Method},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {10},
        number = {10},
        pages = {786-789},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=162660},
        abstract = {Considering solar energy is the ideal replacement for all traditional sources needed to generate electric power, it is now undergoing an increase in comparison to other sources of power. In addition, the characteristics like voltage and current are monitored by the sensors and shown by connected device technology. Any irregularities in the solar panels' operation will also be notified in mobile application. The solar radiation, or sunlight from the sun that is captured by solar panels and converted into useable energy in the form of heat and electricity, is used to describe this theoretical outline. The continuous monitoring controller precisely adjusts the incoming DC voltage that comes from the solar panels to the voltage range needed to charge the batteries. The PWM converter is used to get a signal at peak discharge of the charges. As the power sources become charged, the whole cutting-edge pulse sequence remains non-forestall; this degree of recharging is known as the bulk degree of charges. When wind renewable energy is additional power producing any electrical power, the charger enters an off-peak state (minimum solar electricity produced). All of the MOSFETs have been turned off to prevent the possibility that the solar panel may absorb energy from the battery in this instance. The outcome result with continuous monitoring through Arduino controller is to convert an analogue parameters input to a data the result, which is then shown on a mobile application.},
        keywords = {Solar, Wind, Battery, PWM (Pulse Width Modulation).},
        month = {},
        }