Keeping the power on
UofSC researchers developing technology to change the power grid
By Megan Sexton, firstname.lastname@example.org, 803-777-1421
It’s a familiar story in the hours and days after a hurricane, ice storm or other natural disaster: power lines are down, electricity is out, and normal life screeches to a halt.
But what if a system could be created that would change the traditional power grid, a resilient system of micro-grids that locally manage energy storage and resources? That’s what Andrea Benigni and his colleagues in the College of Engineering and Computing’s Integrated Grids Lab are working to do. Benigni, an assistant professor of electrical engineering, is helping to create and test a system that would maintain a community’s quality of life through a disaster.
“The idea is to develop a system that, when everything is going well, you don’t notice the difference. And when something goes wrong, you have an incredible advantage,” Benigni says.
Benigni and his colleagues are creating the technology for micro-grids (small-scale versions of interconnected electric grids). He is working on a project with Sandia National Laboratories and Emera Technologies to make the community-scale, direct current micro-grids part of the mainstream.
The idea is to provide clean, independent and resilient power generation and storage, with interconnected electric grids that locally manage energy storage and resources, such as solar, wind and thermal systems. These micro-grids could connect to a larger host grid and would be able to provide clean, independent and resilient power generation and storage.
Benigni also is working on research with the U.S. Department of Energy’s Idaho National Laboratory and National Renewable Energy Laboratory that focuses on the global integration of electrical grids to eliminate large-scale blackouts.
His Integrated Grids Laboratory is now part of the Real-Time Super Lab. South Carolina joins Sandia National Laboratory, Colorado State University, Washington State University, Germany’s RWTH Aachen University and Italy’s Polytechnic University of Turin to explore the idea that electrons can be sent around the world the same way as digital packets of zeros and ones over the internet.
A longer version of this story originally appeared in the Spring 2019 edition of Breakthrough research magazine.
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