Overview
This study evaluates the performance of two solar panel strings installed on the rooftop of the CEC building. Each string consists of 17 solar panels connected in series, with each panel rated for 45V. Under optimal sunlight exposure, each string is expected to generate a maximum output of 765V DC. This research aims to facilitate improved performance analysis and operational efficiency of solar energy systems
Key Features
Series Configuration: Each string of 17 solar panels produces a total potential output of 765V DC.
Voltage Dividers: Converts high voltage to 5V DC for Arduino microcontroller interfacing.
Current Measurement: Utilizes Hall Effect sensors for accurate, non-contact current monitoring.
Data Acquisition Software: Collects and manages voltage and current data with timestamps.
SD Card Storage: Ensures reliable long-term data storage for performance analysis.
Potential Applications
Solar Energy Monitoring: Real-time performance tracking in residential and commercial settings.
Research and Development: Platform for optimizing solar panel designs and studying environmental impacts.
Educational Use: Teaching tool for solar energy technology and data acquisition systems.
Smart Grid Integration: Enhances load management and energy distribution in smart grid networks.