2,500 People Evacuated From Sydney Aquatic Centre After Solar Panels Catch Fire

‘There is pretty extensive damage.’
2,500 People Evacuated From Sydney Aquatic Centre After Solar Panels Catch Fire
A damaged solar panel from a fire at Sydney Aquatic Centre in Australia on May 13. Courtesy of Fire and Rescue NSW
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More than 2,500 people, including hundreds of students, have been evacuated from Sydney Olympic Park Aquatic Centre in Sydney’s inner west after solar panels went up in flames.

Six fire trucks and 24 firefighters rushed to the scene in Homebush, Sydney, at 12:15 p.m. on May 13 following reports of black smoke issuing from the building.

Fire and Rescue New South Wales (FRNSW) confirmed the incident, saying the crews found a working fire in the solar panels on the roof of the sporting facility upon investigation.

Firefighters used a ladder platform to attack the flames and were able to contain them within about 45 minutes.

“A swimming carnival was in progress at the centre at the time of the incident however all people were evacuated safely and there were no reported injuries,” FRNSW said.

“Investigations are underway to determine the cause of the fire.”

NSW Fire and Rescue spokesperson Adam Dewberry said there could be a number of reasons why the solar panels ignited.

“There is pretty extensive damage,” he said, AAP reported.

“It did burn free for a period of time but we were able to get on top and contain it.

“We’ve had hundreds of people safely evacuated with no injuries reported, so it’s a great outcome so far.”

Investigations are underway to determine the cause of the fire.

Meanwhile, the Labor government continues to expand solar panel manufacturing, having announced a $1 billion (US$661 million) boost in March to increase the domestic production of solar panels.

DC Inverter: The Most Common Cause Of Solar Fires

While solar-related fires are rare, most solar panels installed by households in Australia use DC voltages, which can present serious fire risks.
According to a report into fire safety of solar panels (pdf) by WPI & Alternative Technology Association, DC inverters and solar isolator components were the main cause of solar-related fires, making up 52 percent of solar fires in Western Australia and New South Wales from 2009 to 2015.

In Queensland, prior to 2015, the majority of solar-related fires were caused by a DC isolator.

Other possible factors of solar fires included electrical wiring faults and main switchboard faults.

The report noted that risks associated with solar PV systems can increase after severe storms or floods. The incident took place following a week of rainy weather in Sydney.

The risks of fire hazards can also increase if there is a lack of proper installation, maintenance, and regular inspection.

The report found a lack of standards and accreditation for battery storage installations to on-grid solar PV systems in Australia, which can increase risks of fire hazards.

AAP contributed to this article. 
Nina Nguyen
Author
Nina Nguyen is a reporter based in Sydney. She covers Australian news with a focus on social, cultural, and identity issues. She is fluent in Vietnamese. Contact her at [email protected].
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