Senior Design Team 304 FPL fuse switch device


Team 304 created an innovative solution to re-close fuse switches during outages that can make the process much more time and resource efficient.

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Team Introduction


Andrew

Andrew Lois

Electrical Engineer and Lead Programming Engineer

Christian

Christian Perez

Materials Engineer and Quality Control

Jacob

Jacob Ray

Lead Prototype Engineer and Design Aid

NickG

Nicholas Grant

Prototype Engineer and Programming Engineer

NickH

Nicholas Haynes

Electrical Engineer and Programming Engineer

SirDarius

SirDarius Lomack

Lead Financial Manager and Electrical Engineer

Abstract


This project aims to improve how Florida Power & Light closes fuse switches for safety. When something touches the power line or too much current is flowing through the lines, a fuse will pop open to stop the flow of electricity down the line. To close these switches, a linesman first ensures safe conditions, and then uses a stick that can extend up to 40 feet to grab the burnt fuse and replace it with a new one.

Our project focuses on designing a new reclosing switch device to replace the traditional hook stick. Our solution is easier for the user, can be controlled remotely, is portable, and stores multiple fuse cartridges. It is not just for Florida Power and Light but also for other utility companies.

Our results include an advanced reclosing switch device for utilities that can hold extra fuses and put a new fuse in at the click of a button.

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Features of the design


Holds 3 fuses

Our design holds multiple fuses to reduce maintenance

Controlled remotely

Fuses can be changed from a distance

Battery life

The battery has hours of life after outage

Ease of use

The device is much more time and energy efficient for the user

Documents


Future Work


April: With our testing module completed and presented at the FAMU FSU College of Engineering Senior Design Day, our work proved that a mechanism can be used to engage and disengage a fuse switch. There will be more advancements made for a final design that mounts to the insulator on the pole.

Post Gradutation: The device has a lot of capability to be improved. Eventually, it could be connected to the SCADA system to make the switching of the device entirely remote. It could also be adjusted for more than 3 fuses to fit.

Check out our FAMU-FSU College of Engineering page

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