International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 09 Issue: 06 | June 2022
p-ISSN: 2395-0072
www.irjet.net
IoT-based Solar Energy Monitoring Preethi Sekar1, Priya Sabde2, Ganesh Patil3 Student & NIELIT Project Engineer, NIELIT, Aurangabad (Maharashtra), INDIA. ---------------------------------------------------------------------***--------------------------------------------------------------------utilize the Bluetooth interface of Android pills or mobile Abstract - whilst the non-renewable power resources are 3Senior
1,2B-Tech
telephones as a verbal exchange link. And additionally for replacing facts with the assistance of virtual hardware of the electricity Conditioning Unit.
dwindling, the usage of renewable resources for generating energy is developing. Nowadays sun power era is an outstanding option for utilizing natural belongings and we can also say that solar panel gathers sun power, and then converts that power into electric strength and stores it in a battery this power we will use on every occasion we wished. Proper here we're the usage of tracking, which offers easy facts about numerous solar parameters, fault detection, and related energy loss.
Ersan KABALCI: Introduces tracking of a renewable power era machine this is constituted with solar panel arrays. And in which he explained the implementation of the tracking gadget, the tracking device platform is primarily based on modern and voltage measurements of each renewable supply, and the related values are measured with a sensing circuit, and the coded visible interface of monitoring software can manage the saved facts to research the values of each size.
And we will tune all the crucial parameters of solar PV structures in real-time from our smartphones. The precept aim is to lay out sun power monitoring and share the information thru IoT. IoT is an era that permits clever gadgets to speak through the net.
EXISTING SYSTEM In existing devices each home tool isn't always interfaced with a records acquisition module this is an IoT object with a unique IP deal ensuing in a massive mesh wireless community of gadgets so it creates less privacy and security additionally in existing techniques the statistics acquisition machine on Chip (SoC) module isn't capable of collects power intake information from each tool of each smart domestic and transmits the information to a centralized server for further processing and analysis that’s why this data from all residential areas isn’t accumulated in the software’s server as big facts so it becomes gives a less finest answer.
Key Words: IoT – Internet of things, PV – photovoltaic,iOS - iPhone Operating System, PCB - Printed Circuit Board.
1. INTRODUCTION According to the International Energy Agency, Renewable energy will be the fastest-growing source of electricity in which the natural resource we get is solar power, it is the most available natural resource to generate electricity. In this project, we have made a simple solar monitoring system by using an ESP32 development board, where the solar panels are used for producing electricity, with the help of sunlight. The system is manually operated by human so, there is a need for an efficient approach that automatically control and monitor the current, voltage, and other parameters of the solar system and provides real-time statistics to users.
IoT-based smart power meter solves the problems of prepaid electricity metering by using minimizing the complexities and mitigates the non-technical losses with the aid of ensuring the credibility of facts. It also brings new essential features, which include real-time viewing of consumption statistics and far-flung control of home equipment. A single section static watt-hour meter is used to calculate the consumed energy and that information is extracted from the meter through a LED.
The aim is to design solar energy monitoring and share information through IoT. It consists of a charge controller with an ESP32 module, a voltage sensor, and a current sensor. When the ESP32 module is a controller integrated with Wi-Fi and Bluetooth support, where the sensor checks the conditions that are programmed and detects the output voltage and current.
1.1 Literature Survey Jiju, k., et al: development of Android-based online tracking and manipulation of the device, for allotted Renewable power assets. On this, he defined how we can
© 2022, IRJET
|
Impact Factor value: 7.529
|
ISO 9001:2008 Certified Journal
|
Page 1905