Environment

Severe Storms Cause Widespread Power Outages in Ohio and Michigan

Multiple power outages have been reported as severe weather moves across northwest Ohio and Southeast Michigan. Here's what the WTOL 11 Weather team is tracking.

A severe thunderstorm system swept through northwest Ohio and southeast Michigan on Thursday evening, causing widespread power outages and significant property damage. The storms, which produced damaging hail and high winds, left thousands of residents in the dark and created hazardous travel conditions across the region. Local utility companies are now working to assess the full extent of the damage and restore electricity to affected communities.

FirstEnergy, the primary power provider for much of the affected area, reported numerous outages. Near Toledo Express Airport, approximately 44 customers lost power after a tree fell on a line, with an estimated restoration time set for 10:30 p.m. In Grand Rapids, Ohio, nearly 1,000 people were without electricity due to an incident under investigation, though no restoration time was immediately provided.

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The storm delivered hail ranging from pea-sized to as large as golf balls. Reports from Ottawa County, Liberty Center, and Perrysburg confirmed pea-sized hail around 6 p.m. More significantly, quarter to golf ball-sized hail was reported near Bryan, Ohio, and across Henry County, posing a risk to vehicles and structures. Such hail sizes can cause extensive damage to property and agriculture.

Beyond power issues, the storm led to dangerous flooding. In Lenawee County, Michigan, roadway flooding was reported near Adrian College, creating additional hazards for drivers. The WTOL 11 weather team had issued a Weather Impact Alert for the evening, urging residents to stay indoors and avoid travel until the severe conditions passed.

For international context, severe convective storms featuring hail, wind, and lightning are a common and costly weather phenomenon in the central United States. The region’s infrastructure, while robust, is frequently tested by such events, leading to coordinated responses from utility crews and emergency services to manage the aftermath and restore normalcy.

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