Are Electric Cars Prone to Accidents?
Cars are risky machines. According to the statistics, car accidents killed approximately 30,000 people per year in the USA alone. What makes them dangerous are not only their size and speed but also their weight and momentum, coupled with a tank full of gasoline-a substance that has the potential to catch fire and explode. If we look from this perspective then electric cars are safer as compared to cars with internal combustion engine because they do not carry gasoline.
Threats Posed by Combustion Cars
Electric cars do not carry gasoline, but they use lithium-ion (Li-on) batteries, and they have a tendency to catch fire and in worst scenarios explosion. Therefore, in such a situation, if your car explodes due to any underline car default, then it is advisable to call your car accident attorney who can help you through such difficult time finally and emotionally. Moreover, your attorney also makes sure to build a strong case against the car company if the default lies within the car built to compensate you for the injuries you have sustained in the accident.
Undeniably, we have learned to live with the dangers of cars. Automakers have tried their best to design a system that reduces the loss of life through the introduction of seatbelts and airbags for consumer safety. If we simply put, any car accident that causes a certain loss of life is the inevitable price we pay for the benefits that automobile provides us. That is one aspect. Every technology has its benefits and disadvantages as well. Just imagine the no of lives it has saved if the ambulances powered by internal combustion engines are not available in the market. There is a likely possibility that the lives saved by cars are greater than are ended.
Threat Posed by Electric Cars
Now, with the advancement in technology, the automobile sector has started making a transition from gas-driven cars to electric cars. To gauge how safe is lithium batteries, let us have a look at the number of documented cases about such batteries. Remember the batteries in the laptop computers and mobile phones that caught fire are the lithium batteries. The problem originates with the high energy density of the batteries, as the amount of energy enclosed in each battery is quite large relative to its size. Consider the threat that small lithium batteries in the cell phone and laptop pose to the humans, and now imagine it for the cars. It will be bigger, and the relative threat attached to its size will be of the same nature.
However, to combat the possibility of such batteries going nuclear, electric car companies are heavily focused towards precautionary devices that will disconnect the batteries when the collision detectors become aware of the potential damage to the battery pack. Besides this, keeping the batteries cool is also imperative to prevent the possible explosion due to the spark ignition. Added more layer to safety, the batteries are separated by steel cases to prevent the fire from spreading through the entire pack.
Precisely, electric motor cars are maintaining the highest safety level to ensure customer safety and from the selling perspective. They are trying their best to make electric cars even safer than cars with a combustion engine. Therefore, from a neutral perspective, both cars are safe and unsafe from the utility point of view and how it is being used by the consumer. Yet, electric cars are a probe to fewer accidents as compared to cars with combustion. However, there is no guarantee of 100% safety from the company end, as there is always a possibility of risk involved in any item consumed by the consumer.