The on-road delivery criteria have been completely rewritten by the fast-evolving transport and logistics sector. Lately, an increasing number of e rickshaw manufacturers have started focusing on ways to increase the efficiency of the delivery vehicles they utilise.

Electric cars, EVs, or electric rickshaws are a clean and efficient alternative that is transforming the logistics sector and completely redesigning the auto manufacturing process. 

Electric rickshaw increased accessibility has also had a big effect on supply chain distributions. The benefits of electric vehicles or passenger autos for trucking and their effects on the logistics sector will also be covered in this piece.

How Are Electric Vehicles Used in the Logistics Sector?

Internal combustion engine (ICE) vehicles have long been the standard option for delivery vans and trucks used by numerous logistics organisations. However, these cars are far more expensive to operate, produce more carbon dioxide in the atmosphere, and significantly worsen air quality.

E rickshaw manufacturing company in Kanpur are starting to accept the use of e rickshaw loader and electric delivery vans. As the relationship between the logistics sector and electric mobility has grown, EVs or electric rickshaws have shown to be a wise investment. 

Businesses are using more environmentally friendly vehicles like e rickshaw loaders, passenger autos, and battery rickshaws to move packages, products and other items thanks in large part to government incentives and other economic factors.

In the logistics industry, electric vehicles are adaptable and appropriate for a wide range of freight and package delivery applications. Because of their excellent manoeuvrability and low carbon footprint, EVs are a great choice for last-mile delivery. 

They are particularly beneficial for small city centres, urban areas, and interior spaces since they encourage the circulation of clean air and significantly reduce carbon emissions.

Moreover, EVs have the potential to bring a great deal of value for businesses by encouraging continuous maintenance and operating savings, enhancing the routing effectiveness of delivery services, and offering the chance to strengthen the services’ reputation. 

Many logistics organisations are seeking more innovative, sustainable long-term investments, and as a result, they have discovered the benefits of electric vehicles (EVs) as a reliable, efficient, and effective delivery service.

Electric Vehicles’ Impact on India’s Logistics Industry

The decision of many e rickshaw manufacturers to switch to electric vehicles from petrol and diesel-powered ones has had a significant effect on the supply chain. How will the game of supply chains be altered by EVs in the future? Let’s examine this.

1. Diminished Ownership Expense 

Total Cost of Ownership, or TCO, is drastically dropping in the electric car market as a result of new government regulations and technological advancements. Energy operators can now own batteries thanks to a novel approach called battery swapping, which treats batteries as independent entities. Additionally, this approach lowers the initial cost of using EVs, especially for intra-city operations.

2. Eco-friendly

The main source of harmful gas pollution in the environment is ICE road transport. In the logistics industry, electric mobility will be crucial to successfully address the environmental problems brought on by internal combustion engine (ICE) trucks.

3. Lower Expenses for Gasoline and Maintenance

Fuel and maintenance costs are two major ways that electric vehicles are benefiting the logistics sector. Filling up a diesel or gas tank is far more expensive than charging an electric car or electric auto rickshaw. Additionally, maintenance expenses for electric vehicles are lower than for traditional vehicles due to their smaller number of moving parts.

4. Lower Last-Mile Logistics Expenses 

EVs are more cost-effective options for supply chain organisations’ last-mile logistics. EVs’ straightforward design makes it easier to combine fleet tracking and optimisation with contemporary technologies. The cost of last-minute logistics can be decreased with the right tracking system and optimisation.

5. Support from Government Initiatives

In order to encourage the use of electric vehicles, the Indian government has implemented a number of incentives, such as tax exemptions and subsidies. Logistics firms may be able to offset the greater initial cost of buying electric cars with the aid of these incentives.

6. Retrofitting’s Range in Intra-City Logistics


Many Indian states have designed an easier exit strategy process for electric vehicle (EV) firms in conjunction with the government. E rickshaw manufacturing company offering EV conversion systems aim to serve drivers and logistics players by offering smooth transition solutions, with the goal of enabling inexpensive electric transportation across all societal sectors.

7. Adaptability of Technology

While last-mile logistics with electric auto rickshaw is a good alternative, clients are still apprehensive about the technology. Conventional vehicles continue to dominate the Indian transportation mix.

8. Higher Starting Costs for EVs

With batteries accounting for almost half of the total cost. For last-mile logistics, a lot of supply chain e rickshaw manufacturer want to switch from conventional to electric auto rickshaw. It is not financially feasible to replace the whole fleet of conventional vehicles due to the high cost of purchasing these cars.

9. Limited Charging Infrastructure

Another significant barrier to the widespread use of electric vehicles in the logistics industry is the lack of adequate charging infrastructure. More infrastructure for charging electric vehicles is needed as demand for them rises. The logistics of electric mobility are limited in their acceptance due to the absence of charging infrastructure.

10. Anxiety About Range

Range anxiety is another barrier to the practicality of electric mobility. Their limited driving range—which yields insufficient distance for a trip—is determined by the limited amount of energy stored in their batteries. Additionally, recharging batteries takes longer.