Anthony D. Parfitt, UK Home Office approved safety systems innovator and founder of Ci Global, discusses prevention first fire and building safety, and why preventing electrical fires is now possible and essential.
For decades, the fire safety industry has been optimised around speed. Seconds to detect smoke and trigger alarms. Minutes to respond. Minutes to evacuate.
This speed has saved countless lives. But speed, on its own, is no longer enough. Because even the fastest response still begins after a fire has already started. And that can be too late.
It’s an uncomfortable truth, but if we want to reduce fire deaths, injuries, and catastrophic building and property losses, we must be prepared to challenge a long standing assumption at the heart of fire and building safety, that fire safety measures only begin after a fire starts.
Electrical Fires Are Not Inevitable
When it comes to electrical fires, we have designed systems that respond exceptionally well once danger is visible, but we have largely ignored the conditions that cause that danger in the first place.
That limitation becomes increasingly risky as cities grow taller, buildings become more interconnected, and electrical systems work harder than ever before.
Electrical fires, one of the most common causes of building fires worldwide, begin silently. Developing over time, as components degrade, connections loosen, or electrical systems are pushed beyond their intended limits.
For fire safety professionals, regulators, specifiers, and buyers, the key question is no longer how efficiently we respond to fire. It is, if most electrical fires could be prevented before they start, would we be willing to redesign our safety strategy around prevention rather than just reaction.
The Rise of Global Risk
Electrical fires are often associated with ageing buildings or poor maintenance, but this is a dangerous misconception. Electrical fire risk is systemic and driven by modern living.
A faulty charger can ignite just as easily in a luxury hotel, shopping mall, or high rise apartment as it can in an older building. Newer buildings are not immune. In many cases, they carry higher risk due to denser electrical loads and more complex systems.
Buildings today consume more electricity than at any point in history. In hot regions such as the Middle East, air conditioning systems run almost continuously. Data networks and Internet infrastructure operate 24/7 too. The global shift toward electric vehicles introduces high load EV charging into residential and commercial environments. Smart buildings, automation systems, appliances, and personal portable electronics all place sustained pressure on wiring, sockets, and electrical connections.
Pushing Systems To The Limit
In many environments, these systems operate close to their maximum safe capacity for extended periods.
High ambient temperatures only amplify the problem. In the Gulf, daytime temperatures regularly exceed 45°C. Heat accelerates material and electrical component fatigue, increases electrical resistance, and shortens the lifespan of electrical insulation, all typically invisible.
Compounding this risk is the widespread availability of substandard or counterfeit electrical devices within global supply chains. These products can look identical to legitimate devices, making the risk once again almost impossible to detect.
The fact is electrical fire risk does not discriminate by location or building type. Every building is exposed to the same fundamental reality. Electricity behaves the same way everywhere, and when it overheats, it can start a fire that can spread very quickly.
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