As technology advances and every day, we strive to make the world a better place. Electricity has always been a critical component of assisting us with this strive. Due to the implementation of fossil fuels and home heating, we have added to the burden of climate change. However, there might be a light at the end of the tunnel in which we switch over to only electric power. 

Trying to harness electricity's full capabilities has been no easy feat, especially because one of the drawbacks is that it's difficult to store in a hurry. For example, if you use batteries for your controller and run out, you will need to charge them. However, they take a long time to charge. 

Now turning towards supercapacitors might be the answer that we've all been looking for. Here we will go over the primary function and applications of a supercapacitor. 

What is a capacitor?

To understand a supercapacitor, you need to understand what a regular capacitor is. According to supercaptech.com, a capacitor is like a battery that can charge almost instantly. 

The drawback of a capacitor is it can only store small amounts of energy before needing to be recharged. 

What is a supercapacitor?

It's like a capacitor on steroids. It's able to store and release large amounts of electricity quickly. 

There are only two primary components that make up the supercapacitor:

-          Two electrodes 

-          One electrolyte

When electricity runs through the supercapacitor, it will produce two separate charge layers on the surface. 

Uses of supercapacitors

The primary use of supercapacitors is to store a lot of energy in a short amount of time, generally within a few seconds or a few minutes. 

To this day, there are some vehicles and applications that are already using supercapacitors, such as:

-            Cars 

-            Buses

-            Trains 

-            Wind turbines 

-            Motors

-            Jump Starter

You can also connect the supercapacitor to a battery so it can regulate the power. 

An elegant way on how a supercapacitor affects cars is if the vehicle is a hybrid which means it runs on electricity and fossil fuel. 

When the car is a hybrid and uses a supercapacitor, it will store energy when it comes to a complete stop. Usually, with regular vehicles, when you come to a halt, your still wasting power. However, when the hybrid car comes to a stop, the energy saved will be used again when it starts moving again. 

And also, there are many elctronic or automotive products using this supercapacitor, such as Supercapcitor jump starter as an alternative to lithium ion jump starter. And many Supercapacitor jump starter brands available on the market such as autowit, Schumacher DSR108 or REZERVO.

The future of supercapacitors

More and more equipment manufacturers are leaving behind the old ways and looking towards supercapacitors, and one day in the future, they will be able to replace rechargeable batteries. 

As more companies turn into all-electric for their power source such as Tesla cars, the need for implementing supercapacitors will only rise. 

While this will not happen today or tomorrow, we are taking the initiative to make the world a more incredible place.