IoT Based Solar Power Monitoring System

Electronics and communication engineering

The electronic PV framework observing to quantify electrical creation and utilization to the heap or utility lattice is introduced in this paper. This observing framework comprises of an Arduino Mega 2560 with two PZEM 004T sensor modules. The observing framework has been intended to store estimation information of current, voltage, power and energy in the data set and show on the page continuously and info graphics history. The PZEM sensor estimation has been tried with a typical power contrast 0.29% not exactly IEC-62724 least precision. Real time information is gotten as one-line information for like clockwork, with an information size of 375-byte and 75ms conveyance delay. For one day time frame testing, the electrical energy that can be created by the PV framework is 5,885 kWh, while the power consumed by the heap is just 1,368 kWh so the gathered electrical energy that can be traded is 4.75 kWh. The experimental outcomes show that the framework has had the option to gauge net energy product or import by the PV framework to utility lattice.

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