Authors:-Â Niranjan bhai, Asit Kumar Shukla, Rohit Ranjan
Abstract:-Â In this article, we will acquire knowledge regarding the inverter circuit using Arduino as the microcontroller. A DC input from a 12V battery is converted into a 3 phase AC output by this device. According to the findings of our investigation, there are still regions in which the transmission of electricity is not yet feasible due to the high cost that is associated with the transmission of electrical energy. And because there are many locations that do not have access to a three-phase power supply, we have made a decision to develop an inverter that can function using a 12 volt DC battery. Alternatively, it can be powered by the input from a solar panel if it is installed in a location that does not have access to a three-phase power supply or in a location where transmission is not possible. The output AC supply can be utilised for a variety of purposes, including serving as a standby supply or in the event of an emergency. The waveforms that are produced by our hardware have a change in electrical phase of 120 degrees for each unique waveform that is produced. We obtain a three-phase supply on the output side as a result of the utilisation of BJTs and MOSFETs, both of which are arranged in a push-pull configuration.
Keywords:-Â Inverter, AC supply, Arduino, 3phase transformer, BJT, MOSFET
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