My latest publication (accepted in Applied Energy) deals with the optimal mix of distributed solar and wind generation to reduce required energy storage in the Philadelphia area. Using FlexiGIS, we found that the optimum is an even 50%/50% mix of wind and solar. A variety of methods could also be considered to reduce storage at higher renewable penetration levels. Read Full Article
I spent six months of 2019 living in Oldenburg, Germany, where I worked as a visiting scientist with DLR and the University of Oldenburg. In my time there I developed skills with solar irradiance forecasting, and worked with all-sky imager data to develop a spatially resolved forecast of irradiance. Stay tuned for more results from this work! Read More
One of my key sabbatical projects was improving upon existing models that predict how a solar irradiance time series is smoothed due to aggregation by a large plant. Surprisingly, my combustion expertise was able to come into play, helping me make a better model for solar energy. I hope to have detailed results from this work to share in an upcoming publication. Read More
Hazleton engineering students learn to install a grid-tied solar array and see first hand how their designs will be put into practice.