Close to 25,000 Experiencing Electricity in South-East Queensland and Victorian Regions Following Powerful Weather Systems
Around 25,000 residences in southeastern Queensland were left lacking electricity on Monday morning after intense storm systems passed over the area, producing wind gusts reaching 109 kilometers per hour.
Large Ice Stones and Extensive Destruction
Locals reported substantial frozen pellets as large as 7 centimeters in some areas. Meteorological experts verified that different parts across Queensland had been hit with large hailstones.
This afternoon's storm has severely damaged our power system!
Emergency crews were working to restore power throughout the damaged zones, with dozens of response units deployed to handle the extensive power failures.
Victorian Climate Difficulties
At the same time, nearly one thousand households in Victoria also encountered energy failures after the capital city saw its wettest day in 18 months.
State Emergency Services handled over five hundred emergency reports across the area, mainly for structural issues but also for downed trees and flooding.
Most Affected Locations
- Werribee region - recorded substantial storm damage
- Hoppers Crossing area - various assistance requests
- Wyndham - over 175 help reports
During the peak on yesterday, in excess of twenty-eight thousand power users in Victoria were without power.
Climate Outlook
Humid circumstances were expected to linger along large portions of the state's eastern regions this week as a atmospheric system continued to pull in damp air against the shoreline.
Tuesday was predicted as the heaviest precipitation period, with ongoing thunderstorm potential anticipated across multiple regions of both regions.
Medical Alert
Public health experts alerted that there was an greater possibility of epidemic thunderstorm asthma across the state's northern country region, specifically given the ongoing climate situation.
This alert comes after past events where comparable situations led to significant health impacts in the region.