![of UPS. The system will provide a power source in case of main power failures or any type of disturbances.
They also regulate the incoming voltage to the system so that constant supply to the system is maintained and
the hardware of the system will not be damaged by power failure or power spikes when there is a power failure.
II. LITERATURE REVIEW
This Section describes the previous works on the Controlling and monitoring of UPS Battery with the help of
GSM based on different technologies designed by other researchers around the world. These papers will have
helped to understanding the which techniques will be used in system and gain the basics about the topic.
[1] CH Satya Sai Krishna Gopal, A V Prabhu, Dr. G. Sateesh Kumar, P. Gopi Krishna,” ups parameter
monitoring and controlling using IOT and GSM”, International Journal of Pure and Applied Mathematics
published in 2017
The paper mainly focuses on presenting an economical and elementary approach to design an intelligent UPS
monitoring and controlling system, adopting the concept of mobile to machine and machine to mobile
communication is one of the most effective wireless communications.
[2] Shiwei Li, Haiying Wang, Qi Fan,” UPS battery remote monitoring system in cloud computing”published in
ISI 2014.
In this paper introduce the structure and operational status of UPS battery remote monitoring system, analyzed
UPS battery monitoring data and UPS battery computational features.
[3] Zbigniew Noworolski, Jan M. Noworolski, Carl Austin Bennett,’’ A MICROCOMPUTER-BASED UPS
BATTERY MANAGEMENT SYSTEM’’ 1991 IEEE.
It describes the design about monitoring UPS system with the help of IOT. the hardware is made in such a way
that the information about the continuously provide the supply to the system and UPS will be sent to the user via
SMS using the WIFI module (ESP8266).
[4] Padian Alquinsi, Ian Joseph Matheus Edward, Nanang Ismail, Wahyudin Darmalaksana, IOT Based UPS
Monitoring system using MQTT protocols’’Published in 2017.
This paper it is designed a monitoring system of ups battery with the help of MQTT protocol this system it is
used MQTT which is act as a communication protocol. The network used MQTT as a communication protocol
that was designed for a lightweight communication. the system was intended to display UPS monitoring data in
true time on a webpage on raspberry pi which functions as a web server, MQTT broker, MQTT subscriber and
database.
[5]Aniruddha Dekate, Pradip Ramchaware,’’ Fault acknowledgement system for UPS using GSM’’published in
2015.
In this paper they have reviewed about the low cost solution for fault finding and its temporary solution to
customers via GSM.It involves the GSM controller atmega8 it is used for low power CMOS 8 bit
microcontroller.
III. OBJECTIVE
The main purpose of this system is to implement an electronic system including IOT and GSM technology to
monitor the UPS battery by sending SMS to mobile phones in case of power failure or battery replacement. To
develop a system which has Instantaneous switching in the case of power failure.
To implement an Automatic Alerts on SMS and Telegram and also Controlling of UPS remotely through IOT.To
design and develop a Local alerts through LED, Buzzer and I2C LCD Display.
VIVA-Tech International Journal for Research and Innovation
ISSN(Online): 2581-7280
Volume 1,Issue 6 (2023)](https://image.slidesharecdn.com/elec14-241004054312-b6b5c5a8/85/GSM-Based-Controlling-and-Monitoring-System-of-UPS-Battery-2-320.jpg)
![round development of the student. My deep gratitude to Prof. Bhushan Save, THE HEAD OF ELECTRICAL
DEPARTMENT and also our project guide Prof. Sangita Kamble and our project coordinator Prof. Rahul
Abhyankar for their valuable guidance, advice and constant aspiration to our work. We hope that this project
report would meet the high standards of all concerned people and for their continuous co-operation during the
whole period of period of project that helped us in enhancement of this project.
REFERENCES
[1] CH Satya Sai Krishna Gopal, A V Prabu, Dr. G. Sateesh Kumar, P. Gopi Krishna,” UPS PARAMETER MONITORING AND
CONTROLLING USING IOT AND GSM”, International Journal of Pure and Applied Mathematics Volume 116 No. 6 Published in 2017
[2] Shiwei Li, Haiying Wang, Qi Fan,” UPS battery remote monitoring system in cloud computing”, Advanced Science and Technology
Letters Vol.53, (ISI 2014).
[3] Lidong Fu, Bin Zhang, “The Design and implementation of a UPS Monitor and Control System” 2006 II International Conference on
ComputerScience and Network Technology, published in 2006.
[4] Padlan Alqinsi, Ian Joseph Matheus Edward, Nanag Ismail, Wahyudin Darmalaksana, “IoT-Based UPS Monitoring System Using MQTT
Protocols”B Prabhavathi et 2017 IOP Conf. Ser.: Mater. Sci. Eng. 263 042095, published in 2017.
[5 Nagaraja Naik R, Jayapal.R, “Design of Online Ups System with Over Voltage, Under Voltage and Phase Out Protection” International
Journal of Modern Engineering Research (IJMER) Vol.2, Issue.5, Sep-Oct. 2012 pp-3684-3688 ISSN: 2249-6645,2012.
[6] MT Tsai, CH Liu” Design and implementation of a cost-effective quasi line-interactive UPS with novel topology”- IEEE Transactions on
Power Electronics, (Volume: 18, Issue: 4, July 2003).
[7] Zbigniew Noworolski, Jan M. Noworolski, Carl Austin Bennett,” A MICROCOMPUTER-BASED UPS BATTERY MANAGEMENT
SYSTEM”, CH2992-6/91/0000-0475 $1.00 0 1991 IEEE.
[8] S. B. Bekiarov and A. Emadi, “Uninterruptible power supplies: classification, operation,dynamics, and control,” APEC. Seventeenth
Annu. IEEE Appl. Power Electron. Conf. Expo. (Cat. No.02CH37335), vol. 1, no. c, pp. 597–604,2002.
[9] Anuradha G Deshmukh, Anuja B.Diggikar,‘’FAULT DETECTION FOR UPS SYSTEM USING GSM’’ IJCSMC, Vol. 2, Issue. 12,
December 2013, pg.344 – 349.
[10] Hemal Patel, Divyesh Vaghela, “Design and Development of ON-LINE UPS using PIC Microcontroller” International Research
Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume 2.
VIVA-Tech International Journal for Research and Innovation
ISSN(Online): 2581-7280
Volume 1,Issue 6 (2023)](https://image.slidesharecdn.com/elec14-241004054312-b6b5c5a8/85/GSM-Based-Controlling-and-Monitoring-System-of-UPS-Battery-4-320.jpg)
GSM Based Controlling and Monitoring System of UPS Battery
- 1. GSM Based Controlling and Monitoring System of UPS Battery Pranay Jangam1 , Mitali Pashte2 , Asmita Pashte3 , Sangita Kamble4 1 (Electrical, Viva Institute of Technology/ Mumbai University, India) 2 (Electrical, Viva Institute of Technology/ Mumbai University, India) 3 (Electrical, Viva Institute of Technology/ Mumbai University, India) 4 (Electrical, Viva Institute of Technology/ Mumbai University, India) Abstract: In remote area we know that Power crisis and load shedding is the major problem. Because of this Power crisis we did not reach to our maximum potential we lost the process efficiency and productivity of our organization is also drop. To overcome from this type of problems we have many equipment to get backup to save our industrial projects and domestic work. We called This type of device UPS (Uninterruptable power supply) We have to monitor the UPS continuously and this is very difficult and when manual error occurs this leads to UPS fail. These leads to losses of productivity. human error like if engineer is not available to get the readings of UPS this fail can occurs. Today in every scale of industrial sections as well as business area it has use of the UPS system has increased in day by day life the main purpose of this system it is to control as well as Monitor the UPS system batteries with remotely using the various sensors like ZMPT101B AC voltage sensors and VCC25 DC voltage sensors microcontroller GSM module and current sensor so UPS modelling and control system it is a very important for day to day life it is used like in IT sectors and also medical sector. Our project is the idea which is very useful for electronic equipment system which runs on battery based power supply by adapting this system the users can monitor and also control the UPS system in this microcontroller will continuously monitoring the voltage and in case voltage is dropped below the set value then this system is alerts the provider provided to the user through GSM in form of SMS this is the it is helps to increase the efficiency of UPS with provide the remote monitoring feature. The system is particularly describes the ups battery monitoring system will be performed by cloud computing. Keywords: SMS, GSM, UPS Battery monitoring data, continuously monitoring the voltage, cloud computing, increasing efficiency. I. INTRODUCTION UPS is a mainly uninterruptable power supply used to keep your system running or devices operated when there is an outage or power crisis. It provides backup power, which depends on their backup time. If any case of a Power Crisis, UPS is a device that maintains power very effectively. GSM-based UPS system it is an essential way for banking up supply. It is an important system. With the help of the UPS system, the loss of data will be prevented by using this system. Today every scale of business has increased the use of UPS day by day. The ups system is generally used to provide a power backup supply to heavy devices, including main devices. It includes some sensors for temperature also high in routers. This system is useful to calculate important calculations such as battery charging, its temperature and the discharge time of the battery. in this UPS battery, the monitoring system will be performed by cloud computing. When there is a power failure, the efficiency of the process organization in the way the production of the organization will decrease and leads to losses. Monitoring UPS continuously and manually is not easy to handle. To overcome this situation, we introduce our system. we can make quick decisions and actions according to the information gained from monitoring. If any kind of problem occurs in UPS, it will notify via SMS; it will not only help in identifying faults but also determine the condition VIVA-Tech International Journal for Research and Innovation ISSN(Online): 2581-7280 Volume 1,Issue 6 (2023)
- 2. of UPS. The system will provide a power source in case of main power failures or any type of disturbances. They also regulate the incoming voltage to the system so that constant supply to the system is maintained and the hardware of the system will not be damaged by power failure or power spikes when there is a power failure. II. LITERATURE REVIEW This Section describes the previous works on the Controlling and monitoring of UPS Battery with the help of GSM based on different technologies designed by other researchers around the world. These papers will have helped to understanding the which techniques will be used in system and gain the basics about the topic. [1] CH Satya Sai Krishna Gopal, A V Prabhu, Dr. G. Sateesh Kumar, P. Gopi Krishna,” ups parameter monitoring and controlling using IOT and GSM”, International Journal of Pure and Applied Mathematics published in 2017 The paper mainly focuses on presenting an economical and elementary approach to design an intelligent UPS monitoring and controlling system, adopting the concept of mobile to machine and machine to mobile communication is one of the most effective wireless communications. [2] Shiwei Li, Haiying Wang, Qi Fan,” UPS battery remote monitoring system in cloud computing”published in ISI 2014. In this paper introduce the structure and operational status of UPS battery remote monitoring system, analyzed UPS battery monitoring data and UPS battery computational features. [3] Zbigniew Noworolski, Jan M. Noworolski, Carl Austin Bennett,’’ A MICROCOMPUTER-BASED UPS BATTERY MANAGEMENT SYSTEM’’ 1991 IEEE. It describes the design about monitoring UPS system with the help of IOT. the hardware is made in such a way that the information about the continuously provide the supply to the system and UPS will be sent to the user via SMS using the WIFI module (ESP8266). [4] Padian Alquinsi, Ian Joseph Matheus Edward, Nanang Ismail, Wahyudin Darmalaksana, IOT Based UPS Monitoring system using MQTT protocols’’Published in 2017. This paper it is designed a monitoring system of ups battery with the help of MQTT protocol this system it is used MQTT which is act as a communication protocol. The network used MQTT as a communication protocol that was designed for a lightweight communication. the system was intended to display UPS monitoring data in true time on a webpage on raspberry pi which functions as a web server, MQTT broker, MQTT subscriber and database. [5]Aniruddha Dekate, Pradip Ramchaware,’’ Fault acknowledgement system for UPS using GSM’’published in 2015. In this paper they have reviewed about the low cost solution for fault finding and its temporary solution to customers via GSM.It involves the GSM controller atmega8 it is used for low power CMOS 8 bit microcontroller. III. OBJECTIVE The main purpose of this system is to implement an electronic system including IOT and GSM technology to monitor the UPS battery by sending SMS to mobile phones in case of power failure or battery replacement. To develop a system which has Instantaneous switching in the case of power failure. To implement an Automatic Alerts on SMS and Telegram and also Controlling of UPS remotely through IOT.To design and develop a Local alerts through LED, Buzzer and I2C LCD Display. VIVA-Tech International Journal for Research and Innovation ISSN(Online): 2581-7280 Volume 1,Issue 6 (2023)
- 3. IV. METHODOLOGY Fig.1 Block Diagram of GSM based controlling and monitoring system of UPS battery The protection System mainly consists of following blocks. Power Supply, ZMPT101B AC Voltage Sensor ACS712 Current sensor, VCC25 DC Voltage sensor, EPS32 Microcontroller, 16x2 I2 LCD, Single Channel Relay, LED+Buzzer, Cloud server, SMS and Telegram Block. This is diagrammatically shown in figure 1.1 This system includes an important component which is EPS 32 Microcontroller it main purpose is to monitor as well as control the UPS battery. It works on the EPS 32 microcontroller connected to the 16X2 IC LCD and will continuously monitor the parameters which are displayed in it. Then parameters will be monitored by the DC voltage of the UPS battery this will be done using the VCC 25 DC voltage sensor. It will continuously monitor the current and voltage from the AC mains. It will be also sensed by ACS712 current answer which will be connected to the System and AC Output Voltage measured using ZMPT101B Voltage Sensor. A Buzzer & LED is connected in order to provide local alerts. For Switching Single channel relay is used from UPS to AC Mains and UPS works on the voltage/current of every electronic equipment bias with a certain voltage with the rated current. Then Alerts are given using SMS while controlling and monitoring UPS can also be done using Telegram. V. CONCLUSION This project may explain a GSM -based controlling and monitoring system of a UPS battery model based on a microcontroller is being implemented due to these performances of the system will increase and live monitoring and controlling of the ups is possible. We make an electronic device system with the help of GSM it would monitor ups battery continuously when power is interrupted or the battery percentage falls it will notify us. This system remotely accesses the ups. And also controlling ups remotely through i, these systems by nature are designed to be reliable. Acknowledgements We shall be failing in our duty, if we will not express our sincere gratitude to all those distinguished personalities with the help of whom we have successfully completed this task. My deep gratitude to Dr. Arun Kumar, PRINCIPAL, VIVA INSTITUTE OF TECHNOLOGY, who always been playing a great role in all VIVA-Tech International Journal for Research and Innovation ISSN(Online): 2581-7280 Volume 1,Issue 6 (2023)
- 4. round development of the student. My deep gratitude to Prof. Bhushan Save, THE HEAD OF ELECTRICAL DEPARTMENT and also our project guide Prof. Sangita Kamble and our project coordinator Prof. Rahul Abhyankar for their valuable guidance, advice and constant aspiration to our work. We hope that this project report would meet the high standards of all concerned people and for their continuous co-operation during the whole period of period of project that helped us in enhancement of this project. REFERENCES [1] CH Satya Sai Krishna Gopal, A V Prabu, Dr. G. Sateesh Kumar, P. Gopi Krishna,” UPS PARAMETER MONITORING AND CONTROLLING USING IOT AND GSM”, International Journal of Pure and Applied Mathematics Volume 116 No. 6 Published in 2017 [2] Shiwei Li, Haiying Wang, Qi Fan,” UPS battery remote monitoring system in cloud computing”, Advanced Science and Technology Letters Vol.53, (ISI 2014). [3] Lidong Fu, Bin Zhang, “The Design and implementation of a UPS Monitor and Control System” 2006 II International Conference on ComputerScience and Network Technology, published in 2006. [4] Padlan Alqinsi, Ian Joseph Matheus Edward, Nanag Ismail, Wahyudin Darmalaksana, “IoT-Based UPS Monitoring System Using MQTT Protocols”B Prabhavathi et 2017 IOP Conf. Ser.: Mater. Sci. Eng. 263 042095, published in 2017. [5 Nagaraja Naik R, Jayapal.R, “Design of Online Ups System with Over Voltage, Under Voltage and Phase Out Protection” International Journal of Modern Engineering Research (IJMER) Vol.2, Issue.5, Sep-Oct. 2012 pp-3684-3688 ISSN: 2249-6645,2012. [6] MT Tsai, CH Liu” Design and implementation of a cost-effective quasi line-interactive UPS with novel topology”- IEEE Transactions on Power Electronics, (Volume: 18, Issue: 4, July 2003). [7] Zbigniew Noworolski, Jan M. Noworolski, Carl Austin Bennett,” A MICROCOMPUTER-BASED UPS BATTERY MANAGEMENT SYSTEM”, CH2992-6/91/0000-0475 $1.00 0 1991 IEEE. [8] S. B. Bekiarov and A. Emadi, “Uninterruptible power supplies: classification, operation,dynamics, and control,” APEC. Seventeenth Annu. IEEE Appl. Power Electron. Conf. Expo. (Cat. No.02CH37335), vol. 1, no. c, pp. 597–604,2002. [9] Anuradha G Deshmukh, Anuja B.Diggikar,‘’FAULT DETECTION FOR UPS SYSTEM USING GSM’’ IJCSMC, Vol. 2, Issue. 12, December 2013, pg.344 – 349. [10] Hemal Patel, Divyesh Vaghela, “Design and Development of ON-LINE UPS using PIC Microcontroller” International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume 2. VIVA-Tech International Journal for Research and Innovation ISSN(Online): 2581-7280 Volume 1,Issue 6 (2023)