Arduino Based 12v DC to 3Phase AC Inverter for Industrial Purpose
By: Belorkar, Paras
.
Contributor(s): Rathod, Ankush.
Publisher: Ghaziabad HBRP Publication 2021Edition: Vol,4(2), May-Aug.Description: 1-5p.Subject(s): Electrical EngineeringOnline resources: Click here
In:
Recent trends in control and converterSummary: paper, we will learn about the inverter circuit with Arduino as a microcontroller. It converts a DC input from a 12V battery to3 phase AC output. As per our survey, there are still areas where power transmission is still not possible because of the expensive cost required for transmission of electrical energy. And there are many places where 3phase supply would not be available so taking care of this we have decided to make inverter which can work on 12v Dc battery or it can also be run by giving input through solar panel by installing it where 3 phase supply is not available or where transmission can’t be possible. The output AC supply can be used in various applications and in case of emergencies or as a standby supply. Our hardware generates 3 phase waveforms with a 120-degree electrical phase difference for each individual waveform. By using BJT and MOSFET both are configured in a push- pull configuration and hence we get a 3phase supply at the output side.
| Item type | Current location | Call number | Status | Date due | Barcode | Item holds |
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Articles Abstract Database
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School of Engineering & Technology Archieval Section | Not for loan | 2021-2022587 |
paper, we will learn about the inverter circuit with Arduino as a microcontroller. It converts a DC input from a 12V battery to3 phase AC output. As per our survey, there are still areas where power transmission is still not possible because of the expensive cost required for transmission of electrical energy. And there are many places where 3phase supply would not be available so taking care of this we have decided to make inverter which can work on 12v Dc battery or it can also be run by giving input through solar panel by installing it where 3 phase supply is not available or where transmission can’t be possible. The output AC supply can be used in various applications and in case of emergencies or as a standby supply. Our hardware generates 3 phase waveforms with a 120-degree electrical phase difference for each individual waveform. By using BJT and MOSFET both are configured in a push- pull configuration and hence we get a 3phase supply at the output side.
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