In the age of technology, electric vehicles (EVs) represent progress. However, like all advances, they come with their own set of challenges. Dive into the complexities of EV fire safety, understand the dangers of thermal runaway and discover how Lithium Fire Killer AF31 is the perfect solution to meet this challenge.
Understanding the Fire Risk in Electric Vehicles (EVs)
Electric Vehicles, with their promise of sustainability and efficiency, represent the future of transportation. However, like any technological innovation, they come with their own set of challenges. One significant concern revolves around the fire risks associated with the lithium-ion batteries that power them.
Cause of Fire
Battery Overcharging
One of the most common causes. When an EV battery is overcharged, it can heat up, leading to a condition called "thermal runaway."
Physical Damage
Accidents or penetrations can damage the battery cells, leading to internal short circuits.
Internal Battery Defect
Manufacturing defects or impurities can lead to internal short circuits over time.
High Temperatures
Prolonged exposure to elevated temperatures can degrade the battery's internal components, leading to potential fire risks.
Thermal Runaway: What Is It?
In the heart of lithium-ion batteries lies a lurking danger known as 'thermal runaway'. Imagine a battery entering a state where it keeps heating itself without any external intervention, spiraling out of control. This isn't a slow burn — it results in skyrocketing temperatures, aggressive cell reactions, billowing smoke, and potentially devastating fires.
*Source : Selection of thermal management system for modular battery packs of electric vehicles
Unraveling The Causes
At the core of this phenomenon are faults within the lithium-ion cell. These faults can originate from:
Internal Failures
The Separator's Tale: Within a lithium-ion cell, the separator is the peacekeeper, keeping the cathode and anode from direct contact. But what if this peacekeeper is compromised? Faults or defects can lead to dreaded internal short circuits, pushing the battery towards thermal runaway. The risk is notably higher with substandard cells.
External Adversities
Overcharge Woes: Sometimes, an ill-suited charger or a flawed battery management system can feed the cell more power than it can handle.
The Drain and Refill: Draining the battery beyond recommended levels multiple times, and then recharging, can stress the cell.
​
Outside Threats: From accidental external short circuits to exposure to extreme temperatures, the world outside can be unforgiving.
Manufacturers equip batteries with safety features against these risks. But without the right measures, these off-nominal conditions can be a recipe for disaster.
01
Engineered Excellence
Hartindo Lithium Fire Killer AF31 is specially designed to combat the unique challenges posed by EV fires.
02
Rapid Response
It quickly suppresses the intense flames, ensuring minimal damage and danger.
03
Prevention & Protection
Beyond just dousing the flames, the Lithium Fire Killer offers a protective layer, preventing re-ignition and further damage.
04
Eco-Conscious
In alignment with the sustainable ethos of EVs, our solution is environmentally friendly, ensuring the planet's safety while protecting your assets.
16% of EV battery fires ignite spontaneously while the vehicle is parked. Safety doesn't take a break, neither should you!
RIDE INTO THE FUTURE WITH US
Electric vehicles (EVs) prioritize safety, especially when it comes to their batteries. Modern EVs feature advanced thermal management systems to prevent overheating, robust protective casings to guard against physical damages, and a Battery Management System (BMS) that consistently monitors battery health. Even as these measures stand guard, the Lithium Fire Killer AF31 emerges as a precise solution, enhancing safety protocols. With AF31 in the arsenal, potential hazards from rare battery failures are swiftly addressed, ensuring that EVs not only represent the future of transportation but also exemplify the highest standards of safety.
