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A.D. By 2021, Duke Energy’s Florida Innovation Technology’s self-repair and energy recovery has helped Pinelas County residents avoid more than 57,600 extended disruptions, saving more than three million minutes of disruption.
With the advent of hurricanes and afternoon thunderstorms, “smart” technology is fast to break that record by 2022.
Anna Gibbs, Duke Energy Florida’s corporate communications manager, compares the process to self-healing technology with GPS to illustrate the process. Just as GPS turns a driver into an efficient course in the event of an accident or traffic jam, the Duke system directly directs the flow of energy in problem areas.
“Similarly, when our electrical system detects a tree, for example, a fallen tree, it can immediately change direction,” says Gibbs. “So it reduces the number of customers.
“Interruptions to this service could reduce the number of customers by 75 percent.”
In many cases, Gibbs said, residents do not notice the problem, or the power will be temporarily shut down only to restore itself along the lines that are still working.
Gibbs said the program is part of the Dukem hurricane prevention plan, which is submitted annually to the Public Service Commission. The focus is on the company’s efforts to strengthen the grid, especially for Florida’s hurricane seasons.
This year’s plan represents a $ 8.1 billion 10-year investment for the system.
As the world progresses toward 21 moreSt Centuries – and as the cost of use decreases, the potential for innovation technology increases – Duke has joined a wide range of industries that recognize the value of automation.
According to Gibbs, automation allows the company to view items from the delivery center without sending staff. The value of the capability becomes even more apparent when it takes into account the risk of hurricanes being sent online, and if Dukem winds up to 35 miles per hour, it will not be able to send buckets for repairs.
Gibbs said automation allows Duke to fix problems without sending workers to dangerous situations.
“You have to have a line player to touch the poles and wires back in the day, to repair and change the system,” Gibbs said. Now, we have all kinds of automation that allows us to influence that system without having to be physically present.
“In some cases, it can be done directly without our messengers doing anything.”
Gibbs added that in other cases, exporters can solve problems without having to send a truck.
For example, Gibbs, one of Duke’s most advanced automation technology, can typically reduce interruptions from 2,000 customers to 400. A.D. By mid-2022, it has saved lives by delaying nearly two million minutes.
The technology is particularly prominent in Pinnacle, because the county “has a very large collection of our customers,” Gibbs said.
“If you live in Pinelas County, you, Duke Energy, will be served.”
The company provides electricity to 35 counties in Florida and nearly 2 million customers, 500,000 of whom live in Pineapple County. Appropriately, the area is home to many whom Gibbs called Duke’s self-healing “groups.”
“We have 45 self-healing groups in Pineapple, and that represents about 29% of the total state of Florida.”
Duke currently offers 53% of its Florida customers self-healing technology, an increase of 14% by 2020.
Forecasting technology is especially useful during hurricanes. According to Duke, the system eliminated 13,000 extended interruptions and saved more than 1.7 million interruptions in tropical storm Ita in November 2020.
Gibbs said the company plans to cover Florida with its equipment and extend its service to 80% of Duke customers across the state in the next 10 years.
Pinelas County holds one-third of Duke’s self-healing tools (pictured).
“So when I tell you these crazy people, you know, how many millions of minutes have we saved? At this point, this number is increasing every year as we continue to install these devices.”
Duke’s priority is to keep the lights on for his customers. She also said that the summer thunderstorms in the afternoon, when the area is fortunate enough to contain the hurricanes, will cause severe damage to the electricity system. Trees, debris, wind and lightning are common causes of disruption, and flooding poses a serious threat to the grid and public safety.
Climate scientists have repeatedly warned of climate change and high altitude warnings of hurricanes and “sunstrokes.” In a statement, Melissa Seaks, president of Duke Energy Florida, said power companies must work to reduce future risks.
“We know that hurricanes are increasing in frequency and intensity, so it is important that we take steps today to protect the grid from severe weather effects and increase the reliability of all our customers,” Seis said.
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