IoT based Solar Panel Monitoring & Solar Tracker System

Promit Biswas

1806071

1

Md. Ashik Ahmed

1806075

K.M Zulfikkar Sadik

1806084

Rudra Roy

1806085

Submitted by – Group 04

EEE 416 – Microprocessor and Embeded System Laboratory

Jan 2023 Level-4 Term-1

EEE 318 – Control Systems Laboratory

Jan 2023 Level-3 Term-2

Final Project Demonstration

Bangladesh University of Engineering and Technology

Department of Electrical and Electronic Engineering

Outline

1. Summary
2. Introduction
3. Design
4. Implementation
5. Analysis and Evaluation
6. References

Title of the Project

2

EEE 416 (2023) – Final Project Group B1 - 4

Presented by: 1806085

1. Summary / Abstract

• This project aims to enhance the efficiency and reliability of solar power generation by implementing an innovative solution that combines real-time monitoring of solar panels.

​

• Solar power generation efficiency can be significantly improved by addressing issues such as panel misalignment and monitoring of panel health. 

​

• This project leverages Internet of Things (IoT) technology to create a comprehensive solution for optimizing solar energy production.

​

​

​

Title of the Project

3

Presented by: 1806085

EEE 416(2023)-Final Project Group B1 - 4

2. Introduction

• We have addressed the problem of low efficient solar power generation by adding tracker system.
• Also we have monitored real time data to observe the necessary parameters.

​

Title of the Project

4

EEE 416 (2022) – Final Project Group B1 - 4

Presented by: 1806085

3.1 Design: Methods

• Components:
• ESP32 module
• DHT11
• Arduino Uno
• Voltage sensor
• Current sensor
• Batteries
• Led
• Solar panel
• Voltage regulator IC – 7805
• Solar Panel

​

Title of the Project

5

EEE 416 (2022) – Final Project Group B1 - 4

Presented by: 1806071

3.1 Design: Methods

• Solar panels are adjusted to follow the sun's movement (by checking intensity with the help of Arduino,LDR and servo motor).

​

• IoT monitors panel performance in real time.

​

• Synergy leads to maximum energy production and efficiency.

​

​

​

Title of the Project

6

EEE 318 (2023) – Final Project Group A.XY

Presented by: 1806071

​

3.2 Design: Circuit Diagram

Title of the Project

7

EEE 416 (2022) – Final Project Group B1 - 4

Presented by: 1806071

��3.2 Design: Circuit Diagram��

Title of the Project

8

EEE 318 (2023) – Final Project Group A.XY

Presented by: 1806071

​

4 Implementation: Demonstration

Title of the Project

9

EEE 416 (2022) – Final Project Group B1 - 4

Presented by: 1806084

4.1 Implementation: Photo Gallary

Title of the Project

10

EEE 416 (2022) – Final Project Group B1 - 4

Presented by: 1806084

5. Analysis and Evaluation

• 5.1 Novelty
• 5.2 Project Management and Cost Analysis
• 5.3 Practical Considerations of the Design
• 5.4 Assessment of the Impact of the Project
• 5.5 Evaluation of the Sustainability

Title of the Project

11

EEE 416 (2022) – Final Project Group B1 - 4

Presented by: 1806084

5.1 Novelty

• Remote Monitoring: The system allows solar panel performance to be monitored remotely, enabling users to access data from anywhere.

​

• Data Analytics: We can employ advanced data analytics and machine learning to analyze the data collected.

​

• Energy Optimization: By collecting and analyzing data, the system can optimize energy production by adjusting panel angles, tracking the sun's position, and making other data-driven decisions.

​

• Integration with IoT: The use of IoT technology for data collection and communication sets this system apart, as it can seamlessly integrate with other IoT devices and smart grids for a more comprehensive energy management solution.

​

Title of the Project

12

EEE 416 (2022) – Final Project Group B1 - 4

Presented by: 1806084

5.2 Project Management and Cost Analysis�

Title of the Project

13

EEE 416 (2022) – Final Project Group B1 - 4

Presented by: 1806084

5.3 Practical Considerations of the Design

• 5.3.1 Considerations to public health and safety

We haven’t used anything that can be harmful to health.

​

• 5.3.2 Considerations to environment

We have been very careful about this part while doing this project,and have tried to

ensure the safety of environment as much as possible.

• 5.3.3 Considerations to cultural and societal needs

Since this project in larger scale can offer a lot of job opportunities,So it

can meet the societal needs.

Title of the Project

14

EEE 416 (2022) – Final Project Group B1 - 4

Presented by: 1806084

5.4 Assessment of the Impact of the Project

​

• 5.4.1 Assessment of Societal Issues

This Project doesn’t have any societal issue,it’s socially acceptable.

​

• 5.4.2 Assessment of Health and Safety Issues

This project doesn’t use anything that is hazardous to health.

​

• 5.4.3 Assessment of Legal Issues

This project doesn’t use or promote any illegal stuff.

​

• 5.4.4 Assessment of Cultural Issues

This project doesn’t go against any cultural community.

Title of the Project

15

EEE 416 (2022) – Final Project Group B1 - 4

Presented by: 1806075

5.5 Evaluation of the Sustainability

• 5.5.1 Evaluation of Sustainability:

1) It will ensure data privacy and security in long term use.

2) Applying scalability,we can accommodate future future growth in solar installations.

​

• 5.5.2 Evaluation of Impact of Design in Societal Context
• Equitable access promotes social sustainability.
• The system’s contribution to local job creation and economic development,which can have positive social implications.

​

• 5.5.3 Evaluation of Impact of Design in Environmental Context
• This project promotes green energy.
• We can use sustainable materials that are recycleable.

Title of the Project

16

EEE 416 (2022) – Final Project Group B1 - 4

Presented by: 1806075

6. Reflection on Individual and Team work

6.1 Individual Contribution of Each Member

We have worked together all along the development of the project.

​

6.2 Mode of TeamWork

Collaborative and interdisciplinary

​

6.3 Diversity Statement of Team

Our team recognizes the immense value of diversity in driving innovation, fostering creativity, and addressing the multifaceted challenges posed by the IoT-based Solar Panel Monitoring and Solar Tracker System project

Title of the Project

17

EEE 416 (2022) – Final Project Group B1 - 4

Presented by: 1806075

7. References

• https://youtu.be/u68JKMOuYcs

​

• https://docs.google.com/document/d/1wrUrhuLZBceQVqIEABSm7Uzj5qhHVOpvYjs3iGBA9vA/edit?fbclid=IwAR0egsqCcBOJkG3iqlipMW8BJL6K2QmoKOskQ8Q8j8NDqvGCenk5dnKm1kY_aem_ASbj_j12bDHVlFpyktOzpzmaM2tU5B2sCMmc2Hz1PXPwO8geqnereV27eAmdPS8G8Co

​

​

Title of the Project

18

EEE 416 (2022) – Final Project Group B1 - 4

Presented by: 1806075