Lithium Phosphate battery for E-Rickshaw in place of Lead acid?

Posted by Sikander Azam on

Why should you buy Li-ion battery for your E-rickshaw (Toto/ Hawa Hawai )

Using Lithium Phosphate Battery in e-rickshaw.

There is a very simple answer to this question. Let me explain this to you in some key points. I'll try to make my point clear in simple words.

Cycle Life:

 Lithium Phosphate batteries often have a longer cycle life than lead-acid batteries. Lithium phosphate batteries. may last up to four times as long as lead-acid batteries. Lead-acid batteries typically last only one year, if that, whereas lithium phosphate batteries may power your E-rickshaw for up to 4-5 years on a buy. By investing in a Lithium Phosphate battery, you save money and eliminate the stress of having to replace a battery every year.

Charging Time: 

When compared to lead-acid batteries, lithium phosphate batteries often charge faster. This can reduce downtime for the E-Rickshaw, making it more convenient for operators. Lead-acid batteries typically take up to 12 hours to fully charge, whereas lithium phosphate batteries charge in approximately 4-5 hours. This will save you a lot of time, and it will also allow you to focus on earning rather than charging and worrying about charges draining out quickly because charging and draining will take less time.


Lithium phosphate batteries are lighter than lead-acid batteries. This can contribute to better overall efficiency and longer driving ranges for e-rickshaws. Lithium phosphate batteries are 4 times lighter than lead-acid batteries; they also take up 4 times less space than lead-acid batteries.


Compared to lead-acid batteries, lithium phosphate batteries often require less maintenance. The fact that they don't require frequent water topping off and don't have acid leak problems can make maintenance easier for E-rickshaw drivers.

Energy Density:

When compared to lead-acid batteries, lithium phosphate batteries typically have a higher energy density. Because weight is an important consideration for electric vehicles, this implies they can store more energy in a lighter and smaller package.


When compared to lead-acid batteries, lithium-phosphate batteries have a better charge and discharge efficiency and are generally more energy-efficient. The E-Rickshaw may perform better overall and use less energy as a result of this.

Economically profit:

Lead-acid batteries are initially less expensive than lithium-phosphate batteries. However, it becomes clear that lead-acid batteries are more expensive than Lithium phosphate batteries when you compare the category cost and cycle life. We charge Rs65,000 for lithium phosphate batteries, which can last up to 4–5 years, whereas Rs48,000 is the price for lead-acid batteries, which can only last a year. This means that, it will save Rs1,27,000 which is a lot for who earn through e-rickshaw.

Note: Lead acid battery with a capacity of  130Ah is equal to Lithium-phosphate battery capacity of  100Ah.

Switching to lithium phosphate batteries in e-rickshaws offers lighter weight, longer lifespan, faster charging, and maintenance-free operation, enhancing efficiency and reducing downtime.

Now you can clearly see how much benefit it has.

Here, we at RojgarBox sell the best quality lithium phosphate batteries for e-rickshaws at an affordable price. You are only going to find a lower price of these batteries on our website, RojgarBox. I have already told you the benefits of buying lithium phosphate in place of lead-acid batteries.

Click here to buy  Lithium Phosphate at affordable price.

Now I'll show you a table to help you understand the upper paragraphs more easily.

Lead Acid Battery

Lithium Phosphate

Life Cycle:

1 Year

4 Years




Charging Time:

Up to 12hrs

Up to 4-5 hours

Charge Drain Out Time:



Weight and space:      (in ratio)






Energy Density:




Lead Acid 130Ah= Lithium Phosphate 100Ah

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