Advertisement

A solar grid in a Wimauma neighborhood withstood Hurricane Ian

Tampa Electric Co. is evaluating the performance and cost-effectiveness of the system.
Mark and Tamara Brandt were able to keep their Wimauma home powered during and after Hurricane Ian in September.
Mark and Tamara Brandt were able to keep their Wimauma home powered during and after Hurricane Ian in September. [ Photo by Chris Lake for Florida Trend. ]
Published Mar. 8

This story was originally published in Florida Trend Magazine.

Hurricane Ian put Florida’s energy grid to the test last year. When the storm snuffed out electricity to approximately 2.7 million Floridians, a handful of communities with alternate power sources shone in the darkness.

Tamara Brandt and her husband, Mark, who retired to Wimauma from Champaign-Urbana, Illinois, in May, were able to keep their home powered during and after the storm. The 37 homes in the Medley at Southshore Bay community are testing a solar-powered backup energy platform.

“I’m very grateful. We felt really safe and had full power,” says Brandt. None of the homes in the community lost power thanks to the neighborhood microgrid system — a network of batteries at each home that stores solar power collected from rooftop panels.

Tampa Electric Co. is evaluating the performance and cost-effectiveness of the system, called BlockEnergy, developed by Emera Technologies, a subsidiary of Nova Scotia-based Emera, which owns TECO.

Tampa Electric Co. installed batteries and solar panels at 37 homes at Medley at Southshore Bay in Wimauma.
Tampa Electric Co. installed batteries and solar panels at 37 homes at Medley at Southshore Bay in Wimauma. [ Photo by Chris Lake for Florida Trend. ]

“During Hurricane Ian, there were power outages in that neighborhood, but the microgrid did not lose power. They disconnected from the grid and ran off their batteries. The microgrid provided seamless backup power to those homes,” says TECO spokesperson Cherie Jacobs.

Emera’s BlockEnergy microgrid is only intended to be a temporary source of energy during widespread power outages, Jacobs says.

The utility is evaluating all aspects of installing microgrid batteries and solar panels in a four-year pilot project.