“Some of my good friends have worked there doing environmental biology and ecology research,” Coyle said. “Ours is definitely a different experience than the research typically done at Tyson and was also pretty unconventional for an ESE senior design project.”
This unconventional project also was a desperately needed one. For all its beauty and research capabilities, Tyson Research Center suffers from a failing power grid. With frequent outages — some lasting a full day — and no available backup generating capabilities, the lack of reliable power inhibits research.
As part of their senior design capstone course, Coyle, Cepeda and Chen designed a sustainable power system for the center using materials from previous projects, including WashU’s entry in the 2017 Solar Decathlon. The team got so invested in the design that it decided to continue its work the following semester as an independent study course.
Along with the staff and researchers at the Tyson Research Center, the team also is collaborating with professionals within the industry, including EFS Energy. And, this spring, they worked with the Office of Sustainability to install a row of new solar panels to expand the center’s power capabilities.
"Once our project was approved by facilities management, it started moving very quickly," Chen said. "A lot of groundwork had already been done by Tyson, as well as the electricians they were partnered with. We had the opportunity to help install a few of the remaining uninstalled solar panels, as well as speak with the electricians to confirm our schematics."
“We gained experience communicating technical ideas with fellow engineers at EFS Energy, the director of Tyson, and representatives from the Office of Sustainability and the Facilities department,” Cepeda said. “The lessons learned are not things that can be learned through exams or problem sets in class, yet they are still very much part of the wholistic engineering design process that takes place in industry.”
From the recycled materials to the solar-powered grid, the entire project aligns neatly with the center’s mission to sustainable operations.
“As engineers, we have a responsibility to advance research on renewables to ensure a sustainable and reliable energy future, while being mindful of the ethical implications of the resources we use,” Coyle said. “Maybe a 10-kilowatt solar array is a drop in the bucket, but I hope it will engage engineering students and encourage research on microgrids and renewables.”
Coyle and Cepeda each had experience designing electrical systems but had never worked with solar or battery storage. They credit their work at the center with helping them develop the real-world skills needed to engineer such a complex project.
“I’ve learned so much, not just about engineering and design, but also about navigating local energy policies and bureaucratic slow-downs that make renewable energy projects challenging,” Coyle said. “In any engineering work, there is always more than just the technical aspect of a project, so it’s important to understand what all goes into creating something.”
“Renewable energy will have to be the future of our world’s energy infrastructure if we wish to continue living the type of lifestyles we are currently accustomed to,” Cepeda said. “People all around the world are realizing the need for a more sustainable future and with this the race to create the best renewable technologies is just beginning.”