Project Overview:

1. Designed and simulated a rooftop solar photovoltaic (PV) system using WU-180 solar cells in series with a capacity of approximately 1600 W, tailored for residential and commercial applications.
2. Developed an intelligent battery management system (BMS) to dynamically regulate power flow between the PV system, battery storage, and connected loads.
3. Incorporated essential hardware components such as Maximum Power Point Tracking (MPPT) controllers, boost converters, and automated switches.
4. Designed control algorithms for battery automation and inverter operations, ensuring seamless power conversion and storage management.
5. Integrated the system with a bi-directional grid to enable power export during surplus generation and import during high-demand periods.
6. Highlighted the long-term economic and environmental benefits of leveraging emerging solar technologies for sustainable energy solutions.

Project Details

• Start Date: October 5, 2024
• Status: Level 1 completed, Upgradation to next level - in progress
• Project Lead: Sajal Srivastava and Navya Tripathi

Project Description

This project aims to design, simulate, and evaluate a rooftop solar PV system capable of generating approximately 1600W of power. The system is equipped with advanced automation features for efficient energy management, including integration with a smart battery management system, a DC-AC inverter, and a bi-directional grid connection. The objective is to showcase how emerging solar technologies, coupled with intelligent control algorithms, can address modern energy challenges, enhance economic advantages, and promote sustainability.

Importance of the Project

• Environmental Impact: Reducing dependency on non-renewable energy sources and lowering carbon footprints.
• Economic Benefits: Maximizing returns through dynamic pricing mechanisms and efficient energy storage management.
• Technological Advancement: Exploring state-of-the-art components such as MPPT controllers and bidirectional grids to align with real-world applications.
• Scalability: Developing a model that can be tailored to residential or commercial energy needs.

Technical Stack

• Tools: Sim-scape Electrical Library, Simulink, MATLAB

Development Timeline