The Purpose of Our Research
Our capstone team is developing a controlled experimental apparatus designed to simulate and study evaporation reduction in canal systems using solar panel coverage. Unlike large scale field studies, our approach uses a scaled down, greenhouse structure that allows for precise control of environmental variables such as temperature, humidity, and wind speed. Through datalogging instrumentation and replicable test conditions, we aim to quantify how solar panel geometry and environmental factors influence evaporation rates. Our goal is to generate reliable, lab scale data that can inform future solar-over-canal infrastructure in arid regions like Arizona, where water conservation and renewable energy are both critical priorities. This project aligns with the growing interest in renewable energy and water conservation, including recent installations in Arizona.
Sponsor
Our primary stakeholders are the Salt River Project (SRP), Carson Pete, farmers and agricultural communities, and other water resource managers. SRP expects us to provide innovative and practical insights into reducing water loss while maintaining energy efficiency in solar panel designs, supporting their broader goals of sustainability and resource management. Farmers and agricultural communities rely on canal water for irrigation and would benefit from reduced evaporation rates, which could help preserve critical water supplies. Additionally, local water resource agencies and environmental organizations are interested in understanding the impact of such projects on long term water conservation efforts. They have generously sponsored this research initiative with $5000 to explore innovative solutions for water conservation in our region.
Clients
Dr. Tom Acker
Primary stakeholder and beneficiary of our evaporation reduction research.
Dr. Carson Pete
Academic partner providing research guidance and technical oversight.