• Tue. Mar 28th, 2023

FAMU-FSU Faculty of Engineering researchers will develop photo voltaic know-how to enhance catastrophe resilience


Mar 17, 2023

From left, Yuan Li, an assistant professor of Electrical and Pc Engineering; Eren Ozguven, affiliate professor in Civil and Environmental Engineering; and Simon Foo, a professor of Electrical and Pc Engineering on the FAMU-FSU Faculty of Engineering. The trio have been engaged on the mission of learning modular photovoltaic vitality techniques to assist restore energy rapidly after pure disasters. (Mark Wallheiser/FAMU-FSU Faculty of Engineering)

A workforce of researchers from the FAMU-FSU Faculty of Engineering is growing a modular photo voltaic electrical energy system that may assist communities hold electrical energy flowing throughout pure disasters.

The work is a part of a U.S. Division of Vitality (DOE) initiative generally known as the Renewables Advancing Group Vitality Resilience (RACER) program, which goals to extend resilience to disasters by utilizing renewable vitality. DOE devoted $33 million to funding 20 analysis initiatives throughout the nation for analysis to assist communities plan their transition to a clear vitality future and enhance grid reliability and safety. This mission will obtain $3 million in funding.

“Excessive climate can knock energy out for just a few days, particularly if it damages essential components of electrical energy infrastructure,” mentioned Yuan Li, an assistant professor within the Division of Electrical and Pc Engineering who’s main the mission. “Our resolution is to develop a system that duplicates that essential infrastructure as many submodules, so an electrical system can hold working even when a part of it’s compromised.”

Li and her workforce are growing light-weight, compact inverters for solar energy crops. The inverters, which convert direct present to alternating present, assist regulate the move of electrical energy from energy crops to the electrical grid. They’re sufficiently small {that a} workforce of two individuals can set them up with out heavy tools, permitting solar energy crops to rapidly restore electrical energy within the wake of disruptions, such because the hurricanes that batter Florida in the course of the summer season.

This inverter may have an identical modules that deal with totally different sections of a solar energy plant. If extreme climate damages a part of the inverter, the remaining modules will proceed functioning. The know-how additionally permits employees to exchange the failed half whereas the remainder of the inverter system is producing energy.

Together with fellow school members from the Division of Electrical and Pc Engineering, the workforce consists of researchers from the faculty’s Resilient Infrastructure and Catastrophe Response Heart and Florida State College’s Heart for Superior Energy Methods. In addition they will work with the Metropolis of Tallahassee, Florida, Northeastern College and the Nationwide Renewable Vitality Lab on the mission.

“Constructing group resilience to deal with pure disasters is an interdisciplinary downside,” mentioned mission member Simon Foo, a professor within the Division of Electrical and Pc Engineering. “Catastrophe impacts so many features of a group, so our response to it must take that into consideration.”

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