This LA Times article on the recently released report from the Hawaii attorney general on the Maui wildfires is worth the read. Among several takeaways from this tragedy, it highlights the importance of emergency communications plans when telecom carriers' networks are down. I would note that planning for these eventualities has come up often in the electric sector -- via NERC sponsored GridEx table-top exercises, in particular. Ongoing coordination across critical infrastructure sectors on this topic is a necessity: https://lnkd.in/ea8jHRWC
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🗣️ Great piece in The Press Democrat by Mark S. Ghilarducci supporting Assembly Bill 3179 (Asm. Juan Carrillo-Palmdale) legislation that is crucial for maintaining our state’s public safety communications and emergency response and recovery capabilities. 🗞️Existing regulations do not provide adequate exemptions for a narrow but vital set of telecommunications response vehicles that are critical in maintaining the state’s public safety communications infrastructure, including assets such as bucket trucks and portable cellular on wheels, also known as COWs. 🚨California’s responders understand that these assets are essential for supporting real-time public safety communications and repairing telecommunications infrastructure ensure our 911 and emergency alert systems remain operational before, during and after emergencies and disaster events. https://https://lnkd.in/ggnatNVN • AT&T
Ghilarducci: California must protect emergency communication systems
pressdemocrat.com
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In Case You Missed It: Protecting Our Critical Energy Infrastructure with FEMA Administrator Deanne Criswell On this episode, FEMA Federal Emergency Management Agency Administrator Deanne Criswell, the nation’s top emergency response official, discusses how federal agencies and electric companies collaborate to prepare for and respond to emergencies; the top threats to America’s critical energy infrastructure; the importance of building emergency response capacity at the state and local levels; and more. Listen now: https://bit.ly/3MPtcHP 🎙️
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When natural disasters strike, communication infrastructure is often one of the first casualties. Power outages, damaged cell towers, and overloaded networks can severely disrupt critical communication lines, leaving emergency responders and communities disconnected when they need information the most. Plum Case is designed to meet these unique challenges head-on. Our portable broadband kits provide instant, reliable connectivity, even in the most remote and devastated areas. Whether it’s establishing a command center, coordinating rescue operations, or providing real-time updates, Plum Case ensures that vital communication never goes down. https://buff.ly/3XMGMST #NaturalDisasters #EmergencyPreparedness #PlumCase
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Is Your Emergency Communications Systems Ready For Winter? Winter storms can severely impact emergency Land Mobile Radio (LMR) and Broadband/LTE systems, which are vital for first responders and public safety officials to be able to effectively communicate. Learn more how TUSA can help you prevent any potential disastrous and life threatening issues with your emergency communications systems this coming winter. https://lnkd.in/gbB36gBB
Is Your Emergency Communications Systems Ready For Winter? - TUSA Consulting
https://tusaconsulting.com
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EXERCISE, EXERCISE, EXERCISE The response is just the beginning! 🔍 Following the response to the immediate incident, teams have moved into damage assessment and recovery. This critical step ensures the safety and restoration of infrastructure, services, and communities. #SudburySafeSkies
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It’s National Preparedness Month! When it comes to threats to our critical energy infrastructure, we aim to be as prepared as possible to protect the flow of energy to people across the nation. Whether the threat is from extreme weather, wildfires, or cyberattacks, each situation requires a unique preparedness plan to mitigate the threat and respond to outages. Throughout September, we’ll highlight some of the ways CESER prepares for the worst and how you can, too. Stay tuned! #NPM2024 #NationalPreparednessMonth
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A very informative article on emergency alerting in the Globe & Mail. When cell towers go down in extreme weather disasters (fires/floods, etc.) they can often take out Land Mobile Radio (LMR) systems operating on those same towers used by first responders, rendering both communications systems inoperable across an entire jurisdiction. In contrast, existing high-power/high-tower TV broadcast infrastructure operates as a completely separate data delivery system supporting PACE planning in emergency scenarios. Using the new ATSC 3.0 terrestrial IP-based broadcast transmission standard, you can geo-target specific areas with instant updates delivering emergency messaging to unlimited users over a wide geographic area. Being IP-based, ATSC 3.0 data delivery can also converge with cell and internet delivery systems offering capacity multiplication in service when cell/mobile traffic loads become highly congested in crisis/disaster situations. Our Humber College Broadcast-Broadband Convergence B²C Lab is deploying Canada's first broadcast emergency response network for both first responders and public alerting applications. The same ATSC 3.0 signal can also offer complementary PNT (GPS) service during loss/denial of satellite-based GPS. We are supporting global innovation in Canada, working with a world-class team of experts including Fred Engel, CPBE, ATSC3, PBS North Carolina, Red Grasso, along with Chris Lamb and Anthony Sammarco of Device Solutions Inc who have developed a leading edge broadcast emergency paging solution for first responders. More information is available at: b2convergence.ca https://lnkd.in/dy_zFJMs
Use of alert system delayed during deadly flash flooding in Nova Scotia: report
theglobeandmail.com
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A Maui County emergency dispatcher called Hawaiian Electric early on Aug. 8 last year and said one of the utility’s power lines had broken and started a fire near Lahaina, according to a new report issued by the Hawaii attorney general’s office. The blaze, which ultimately destroyed the historic Maui town later that day and killed at least 101 people, can be traced back to that morning incident, the report said. The 376-page report, released by Hawaii Attorney General Anne Lopez on Wednesday, includes transcripts of communication from Hawaiian Electric and emergency responders about where the fire ignited and whether the utility’s power lines had been de-energized in high winds. The Lahaina blaze destroyed more than 2,200 structures and caused an estimated $5.5 billion in damages, displacing more than 6,000 of the town’s 13,000 residents. While the report doesn’t assign blame for the disaster, it provides the most comprehensive account thus far of the deadliest U.S. wildfire in a century, including the roles that downed power lines and wind played. “The origin of the Lahaina Fire can be traced back to 6:35 a.m., when a fast-moving brush fire, later dubbed the ‘Lahaina AM Fire’ ignited,” said the report, which was produced by the Fire Safety Research Institute in Columbia, Md., at the request of Lopez. Maui firefighters reported that blaze was extinguished and returned to their quarters at around 2 p.m. A second fire was reported at around 2:55 p.m., at the same location as the earlier incident, according to the report. A representative for Hawaiian Electric said the report’s description of the early-morning fire aligns with what it has said publicly. The company has previously said that its power lines likely caused that fire, but that its lines had been shut off for more than six hours by the time the afternoon blaze erupted. That second blaze, the company stated in response to a lawsuit filed by Maui County, was the one that destroyed Lahaina. Wednesday’s report doesn’t address the utility’s claims about when its power lines were de-energized. Even before the Lahaina fire sparked that day, Hawaiian Electric was dealing with damaged poles from high winds and another blaze that had sparked near downed lines on the other side of the island. “The rate of the fire’s growth would ultimately impede the crew’s work in many areas of Lahaina,” the report said. Conditions deteriorated so dramatically that water pipes failed, and in some parts of Lahaina, there was no water coming from fire hydrants. Fire crews had to rely on scarce private water tankers instead, the report said. Some fire crews became trapped. Heat from the fire melted their boots and sealed shut the compartment doors on one engine. One firefighter used a police SUV to rescue seven colleagues, including an unconscious officer who received CPR, according to the report.
New Maui Fire Report Shows the Role Hawaiian Electric Power Line Played in Deadly Blaze
wsj.com
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Check out our latest blog on the Importance of Emergency Power. While it is an option, some residents have generators to supply power to their homes in the case of an emergency. For most facilities however, it is a requirement by the code for power systems to have critical operations. Read more here: Written by: Anthony Chan https://lnkd.in/egxQcS-J
Importance of Emergency Power
f-t.com
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