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How Do Energy Absorbing Bollards Work

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Jessica Wilson
How Do Energy Absorbing Bollards Work

Every country is always looking for new techniques to reduce car crashes and if not reduce at least minimize the damage of a car crash. Accidents are fatal incidents that can occur almost anywhere and at any time. It becomes a must to be responsible enough to protect yourself and others around you from such accidents.
Cars have become the need of the hour and accidents are something one cannot predict. We cannot minimize the use of cars but we can definitely work upon reducing the damage accidents cause. One can always remain prepared for an accident and help minimize the damage. Especially in public places where an accident can put many lives at risk. Apart from lives, even the damage to property can be a major loss.

A solution to this can be Energy Absorbing Bollards. These are objects that reduce the impact of an accident and protect the driver, vehicle, common public around the vehicle, shops, food trucks, hawkers, etc. If installed correctly and smartly at places that are prone to accidents or have a steep or blind turn then it might just help to protect livelihood. The government has installed many such bollards at places that need them and have caused many dangerous accidents in the past.
It becomes important to understand and learn about Energy Absorbing Bollards and knows in-depth about their advantages. Let us understand in detail about EAB (Energy Absorbing Bollards).

What are Energy Absorbing Bollards?

This might sound very technical but it is easy to understand. Bollards are mainly objects that have mass in them and during an impact; they absorb kinetic energy and reduce the damage. They absorb a lot of energy than any other pole grounded in the ground. These bollards can control an impact of a 2-ton vehicle that is traveling at a high speed.

How Do Energy Absorbing Bollards Work?

The EAB works simply by a collision of the vehicle at an angle that lets the vehicle rise above the sea level surface. In this process, kinetic energy is deflected and it protects the damage of the vehicle and also the lives inside the vehicle by the energy that pushes them back inside their seat.

But EABS work best if they are installed correctly at the right positions. They are best installed in areas where protection is required the most. This could be at outdoor café seating areas, public places, pedestrian walking areas, outdoor seating, stadiums, bus stations, car parks, and locations that are known to be accident-prone zones.

Conclusion:

Accidents are not planned but safety and precautions can be planned well in advance. One such precaution is the Energy Absorbing Bollard. They reduce damage to a minimum and protect lives. These are proven and tested barriers that help to keep pedestrians and passengers at a minimum risk. If installed at the right spots, they can do wonders and protect not just lives but also property damage.

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