Student Name: [Your Name]
Roll Number: [Your Roll Number]
Project Guide: [Guide Name]
Solar panels operate at only 30-40% efficiency without MPPT controllers
Power output varies significantly with environmental conditions (temperature, irradiance, shading)
Manual monitoring leads to undetected performance issues and maintenance delays
Energy losses of 15-30% in traditional PWM controllers compared to MPPT
Difficulty in optimizing performance remotely without real-time data access
Lack of real-time data for informed maintenance and troubleshooting decisions
Design and implement an MPPT charge controller with integrated real-time efficiency monitoring system
Achieve 25-30% improvement in power extraction compared to PWM controllers
Implement IoT-based remote monitoring using ESP32/Arduino platform
Develop web/mobile dashboard for real-time data visualization
Enable predictive maintenance through continuous monitoring
Cost-effective solution under ₹15,000 budget
P&O and Incremental Conductance algorithms are widely documented and proven effective
Extensive libraries, community support, and development resources available
Blynk, ThingSpeak, and custom IoT solutions readily available and documented
Voltage, current, and temperature sensors have straightforward interfacing methods
Multiple successful student and hobbyist projects demonstrate technical feasibility
Components easily available in Indian market (Amazon, Flipkart, local vendors)
Total project cost under ₹15,000 - affordable for B.E. project budget
ROI achievable through 25-30% improved efficiency over traditional systems
6-month project timeline is realistic and achievable
Phase-wise implementation allows systematic progress tracking
Modular design enables incremental development and testing
Research study, component selection, and purchasing
Circuit design, PCB development, initial component testing
Coding P&O algorithm, controller programming, efficiency optimization
WiFi connectivity, cloud setup, dashboard development
System validation, performance testing, project report
25-30% increase in power extraction efficiency compared to PWM controllers
Continuous system performance tracking with instant access to key metrics
Web and mobile dashboard for monitoring system from anywhere
Affordable alternative to expensive commercial MPPT monitoring systems
Hands-on experience with renewable energy systems and IoT integration
Early detection of system issues through continuous monitoring and alerts
Combining maximum power point tracking with real-time monitoring in a single, cost-effective package
Designed specifically for cost-conscious implementations in developing economies like India
Serves as learning tool for students interested in renewable energy and IoT technologies
Modular design allows adaptation for various solar panel configurations and applications
Well-defined challenges in solar PV efficiency and monitoring addressed
Specific, measurable goals with clear success criteria established
Proven technologies, affordable costs, realistic timeline
Comprehensive planning ensures successful project completion
Supports sustainable energy adoption through improved efficiency
Kumar, A., et al. "Maximum Power Point Tracking Techniques for Photovoltaic Systems: A Review." Renewable Energy Reviews, 2023.
Singh, R., et al. "IoT-based Solar Panel Monitoring System using ESP32." Journal of Solar Energy Engineering, 2022.
Patel, M., et al. "Comparative Study of PWM and MPPT Charge Controllers." International Conference on Renewable Energy, 2023.
Sharma, V., et al. "Real-time Monitoring and Control of Solar PV Systems." IEEE Transactions on Sustainable Energy, 2022.
Government of India. "National Solar Mission Implementation Guidelines." Ministry of New and Renewable Energy, 2023.
Solar MPPT System with Real-time Efficiency Monitoring
Student: [Your Name] | Roll No: [Your Roll Number]
Email: [your.email@college.edu]
Department of Electrical Engineering
Ready for Questions & Evaluation