Florida Power and Light touts $5 B spent on grid reliability efforts

FPL is investing in the grid, looking to make it smarter and more resilient in the face of successive storms, in an effort worth $5 B.

 


power grid storm

Image for illustration purposes

USA, Florida, Juno Beach: Florida Power & Light Company (FPL) is investing in the grid, looking to make it smarter and more resilient in the face of successive storms, in an effort worth $5 B.

The response to the devastation wrought by Hurricane Wilma in 2005 first took a form of the Storm Secure Plan, a long-term effort to improve reliability and face down hurricanes and other inclement weather. A separate initiative, known as the Energy Smart Florida Program, yielded smart meters, automated switches, and other intelligent devices to detect problems and restore power quicker. More than 5 million customers have benefited from all of these efforts.

“Wilma was a turning point,” Manny Miranda, FPL senior vice president of power delivery, said. “Hurricane Andrew was more powerful, but Wilma’s damage spread across a much larger area and capped a brutal 16 months of hurricanes. No utility is stormproof, but we knew we needed to make significant changes to the energy grid to speed our restoration efforts and get the lights back on faster for our customers.”

Wilma struck southwest Florida as a category 3 storm, wiping out power for 3.2 million FPL customers and blasting the state with around $20 B overall damage. It took 18 days for FPL to restore power.

For that reason, FPL continues to push forward on new efforts, such as the Storm Secure Underground Pilot Program. The program launched in 2018 aims to replace overhead power lines that weren’t a part of FPL’s hardening program with underground lines in neighborhoods that have frequently faced reliability factors over the years, such as those caused by vegetation. The company believes it will help address one of the leading causes of power outages: overhead power lines taken out by downed trees, branches, and other debris.

 

Source: Daily Energy Insider