DEVELOPMENT OF SMART MULTI-LEVEL INVERTER WITH REMOTE MONITORING SYSTEM
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Abstract
This paper deals with a single-phase Multi-level inverter operated with the help of multiple photo
Voltaic cells. Initially the simulation would be done with the help of AT mega 328P running on an Arduino
UNO to generate the low voltage control signals to operate the MOSFET Switching devices. Further, the control
signals would then be triggered by a NodeMCU instead, so that the Inverter parameters and the control signals
can be visualized on to the IoT Platform by projecting data to the cloud via ESP8266 enabling remote
monitoring of the parameters post Covid-19 pandemic. With connectivity to IoT with the help of an open-source
application (ThingSpeak) it’ll enable the user to monitor and study the 3, 5 and 7 Multi-Level Inverter outputs in
real time, maintaining its health and efficiency for increased performance and reduced production of E-Waste.
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