Florida Power and Light unveils its new fixed-wing drone designed to fly into tropical storm force winds to help expedite power restoration, on Aug 10, 2022, West Palm Beach, Fla. The company says a drone of this scale is the first of its kind to be used outside of an FAA test site for research and development. The drone, named FPLAir One, resembles a small plane that is remotely operated, allowing the company to scan and capture visuals for up to 1,000 miles on a single flight. — AP
WEST PALM BEACH, Florida: Florida’s primary energy provider is ready to launch a powerful new technology, just ahead of the busiest weeks of the Atlantic hurricane season: a new fixed-wing drone designed fly into tropical storm force winds and speed the restoration of electricity after severe weather.
FPLAir One resembles a small plane and is remotely operated, enabling the utility to capture and deliver images and video of damaged electrical equipment in real time to its command center. It can fly up to 1,000 miles (1,600 kilometers) at a time – enough to cover the length of Florida twice in the immediate wake of the most damaging storms.
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It’s a vast improvement on bucket trucks and hand-held drones when it comes to learning what a storm did at the top of a power pole.
“Rather than going out and try to figure out what’s going on, we’re able to save hours and days on getting the lights on,” Florida Power and Light chairman and CEO Eric Silagy told The Associated Press.
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The drone can even be pre-deployed when a major storm hits, skirting around to its wake and following its path across the utility’s power grid. That data can then point ground crews exactly where they need to go, he said.
While satellites need sunny days to document damage, drones can fly under the cloud cover. And unlike handhelds, FPLAir One can fly in much rougher weather, remaining airborne for 22 hours without refueling.
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The importance of getting airborne visuals as quickly as possible became evident 30 years ago this month when Category 5 Hurricane Andrew destroyed much of the power grid along with thousands of homes across a wide swath of Miami-Dade County. Helicopters couldn’t fly until the wind settled, and the extent of the devastation wasn’t immediately clear.
Emerging drone technology showed its potential after Hurricane Irma hit Florida in 2017, when FPL was able to restore power to more than two million customers within 24 hours with the help of a small drone, Silagy said.
“We saw firsthand what a difference it made for us being able to put the right people and the right equipment at the right place at the right time,” he said. – AP
