What is ESS Battery in Electrical Vehicles?

You might have heard that energy is difficult to store on any scale and is either dissipated or lost after being used. That is where an ESS comes into picture. ESS is the abbreviation of Energy Storage System and is widely used for various applications.

What is ESS?

ESS or Energy Storage System can be defined as a device or a group of devices assembled together to convert electricity from the power systems and to store energy by converting electricity to other forms of energy in order to supply electrical energy at a later time for use by converting it again into electricity. The most common type of ESS are the battery ESS which are used widely for various purposes.

It is the most advanced technology developed to provide a wide range of options to use it more efficiently and systematically by reducing the costs and dependency on the utilities to provide electricity. It provides a more resilient energy infrastructure, eventually reducing the consumption of electricity by a stable supply of power and thus reducing the costs of both the consumers and utilities.

These ESS have various uses in different sectors like power transmission, power plants, homes, factories etc. But the biggest advantage of an ESS is its use in the electrical vehicles.

ESS in Electrical Vehicles (EVs)

The transportation system in India is going through a massive change as the government is planning to bring more efficient ways by undergoing a global transition of making the Indian market shift from Lead Acid batteries to Lithium ion batteries containing the latest technology of ESS or Energy Storage system. With the increase in demand in the electrical vehicles and stationary energy sources, the use of Energy Storage systems is being recommended for the ecosystem.

The government is trying to start the use of ESS in the electrical vehicles on a very large scale. The perfect size and capacity is a very crucial part for an electrical vehicle as it decides the weight of the vehicle and the manufacturing cost of it.

Lithium ion batteries are a little expensive to manufacture. They are used in various devices but particularly in the electrical vehicles. With the introduction of ESS, energy can be stored and used later which has been a game changer in the field of technology. 

The demand of Energy Storage systems is increasing day after day as the marketers and consumers are increasing the demands of the use of electrical vehicles everyday. Smart charging will always be essential for the world as the demand for electric vehicles will increase as it is one of the safest, cheapest and cleanest forms of transportation system available.

ESS battery manufacturer in India

Akira being the largest ESS battery manufacturer in India produces the battery with the intention of providing a reliable energy source. We are also known as EV battery manufacturers who equip the battery with the latest technology with high efficiency and durability.

Benefits of Lithium-Ion Batteries

Nearly all of the electronic devices we use on a daily basis, from our earbuds to our laptops and cell phones, are powered by lithium-ion batteries. These batteries are widely used in the electric vehicle industry as well and are not just used in consumer gadgets. 

The need for lithium ion batteries has grown significantly over the past several years since they are seen to be the most suited energy storage systems for powering electric cars.

Due to these high demands, there has been a rise in the number of lithium-ion battery manufacturers across the world. If you want some reasons to choose lithium ion batteries, here are some of the benefits of choosing lithium ion batteries:

Understanding the Benefits of Lithium-Ion Batteries

1.High Power Density

First off, lithium-ion batteries have a tremendous power capacity. Their energy density, which ranges from 100 to 200 Watt-hours per kg among different battery types, is one of the greatest. Because of this, they serve high-power sources for green applications like electric vehicles .

2.Low self-discharge rates

The shelf life of batteries is shortened by self-discharge. Low self-discharge rates, a measure of how rapidly a cell will lose its energy when lying on the shelf owing to undesirable chemical activities within the cell, are essential for any device that needs a continual source of power.

Many lithium-ion battery manufacturers are trying to bring innovative batteries that will have a lower discharge rate.

Self-discharge rates change depending on the type of battery and the surrounding temperature. Self-discharge rates for lithium-ion batteries range from 1% to 3% monthly. Other batteries, in contrast, self-discharge at rates between 15% and 30% monthly.

3.High recyclability and minimal impact on the environment

Lithium is totally recyclable and non-toxic. These batteries are easily recyclable after use in the industries where lithium, cobalt, nickel, and manganese metal salts are mined. The construction of various energy storage systems makes use of these extracted salts.

Clean energy can be produced by lithium-ion batteries, which are very simple to recycle. Lead acid and Nickel-Cadmium batteries, by contrast, are extremely hazardous and challenging to recycle.

4. Quick recharging

Lithium-ion batteries can be charged in no more than an hour. Compared to lead acid batteries, which require more than 10 hours to charge, this is a lot quicker. 

It takes two to four hours to fully charge lithium ion batteries. This is crucial for taxis and rental cabs because they generate more revenue for their drivers with less downtime.

5.Easy to maintain

Compared to other batteries, lithium-ion batteries require comparatively little maintenance to remain functional. Since there is no memory effect, these batteries don’t need any special maintenance to increase their lifespan.

Summary

Lithium ion batteries are an integral part of today’s world and are used almost everywhere. Above mentioned are some of the important benefits of using lithium ion batteries from leading lithium ion battery manufacturer, Akira who also rank as one of the top Telecom Battery Manufacturers in India.

How to take care of your Lithium-ion Battery

Maintenance is always important to increase the life of any product that we have. You might have bought your lithium-ion batteries from a good lithium ion battery manufacturer but you have to maintain it well to ensure its longer life and prevent any damage from happening to it.

As compared to the traditional battery technology, lithium ion batteries stand apart with their advantages that have helped them bring a revolution to the battery industry. They have high energy density, low self discharge, low maintenance along with no to less significant environmental damage. They are widely used in the portable electronic, EV vehicles, UPS, and solar application.

Let’s go through the steps to maintain lithium-ion batteries. Good battery practices will ensure longer life.

1. Don’t keep the batteries 100% charged:

It is advised not to store them at 100% charge which decreases its lifespan.

2.Battery temperature

Battery temperature is essential to maintain a long life. Do not store it at 0 degree celsius or below it. Many batteries have inbuilt sensors that will tell of the temperature extreme conditions. Lower degrees lead to formation of metal plating on the negative electrode that will cause short circuiting in the battery. 

3.Routine check of the battery is important

The batteries lose charge as a result of self discharge hence it is important to keep an eye on the battery status. Check the battery charging time whether it has decreased gradually over the time. 

4.Charge it carefully

Always use the original charger to charge the battery and read all the instructions of the manual carefully. Don’t invest in any fast chargers that claim to fasten up the charging time as they may harm your batteries.

5.Store it properly

Don’t store 100 % charged or completely discharged batteries. Storing the battery separately from the product is recommended. Charge the battery upto 50% of its capacity every month. The storing temperature should be between 4 degree to 20 degree celsius .

5.Keep the battery protected

The batteries should be placed away from direct sunlight and water. Keep it away from fire, gases, and other inflammable substances. Don’t tamper, damage, scratch, throw or open the batteries. Never use a damaged battery. 

Summary

Lithium ion batteries have brought a bringing revolution to the world we live in owing to their various advantages. Hope these tips help you take care of your batteries for a long life and optimum performance. If you are looking for high quality lithium ion batteries, choose Akira, leading lithium ion battery manufacturer. Visit their website at www.ruchiragreenearth.com to explore their wide range.