HomeEV 3 WheelersElectric Rickshaws Take Over: The Driving Force Behind India's EV Revolution

Electric Rickshaws Take Over: The Driving Force Behind India’s EV Revolution

One may often come across e-rickshaws, with electric motors buzzing quietly, among the dozens of three-wheelers on burning engines in the congested streets around India’s public transport hubs. These battery-powered cars distribute goods, offer last-mile connections for many people, provide jobs for hundreds of individuals in the capital, and help clean the air. However, India’s capital and elsewhere in India are typical.

According to the poll, e-rickshaws now make up 83% of India’s market for electric vehicles. There are already over 2 million electric rickshaws in India, and each month, about 15,000 new electric automobiles are purchased. Due to the large number of persons who still need to register, these numbers are probably higher. By 2024, the market will sell 925,000 electric three-wheelers. The fundamental forces behind this enormous expansion include favorable government policy environments and benefits for both the environment and the economy.

Rise of Electric Three-Wheelers

Most places in the world have seen an increase in the popularity of e-rickshaws since 2008. In India, e-rickshaw use has increased since 2011. The Indian government’s restriction of rickshaws in Delhi, the country’s capital city, prevented the number of rickshaws from rising. Nevertheless, nearly all of the nation uses them frequently.

On the eighth of October 2014, the Government of India’s Ministry of Highways and Road Transport released the regulations governing e-rickshaws by significantly amending the Automobile Vehicles Regulation of 1989. In March 2015, the Parliament approved the revisions, making using electric rickshaws lawful.

Due to their capacity to carry up to four people in more convenience, with less human labor, and with no emissions, e-rickshaws have grown in popularity throughout India. Because they are free of expensive, dirty petroleum-based fuels, e-rickshaws are much cheaper than CNG-powered automobile rickshaws.

E-rickshaws have emerged in major cities like Delhi as a cost-effective and environmentally friendly method of transport for low-income and lower-middle-class commuters and a means of revenue for drivers, including their families.

The ease and use of it make it a favorite among many drivers. Due to its success, public transit in India has improved efficiency and environmental friendliness.

In light of Vahan’s research, Bihar (108,669), Delhi (117,885), and Uttar Pradesh (403,411) are the states with the highest e-rickshaw users. Only eight states have more than 1,000 registered e-rickshaws.

mahindra electric treo e1683272035528

What Benefits Does E-Rickshaw Provide?

Given their low transportation expenses, inexpensive pricing, and ability to navigate crowded city streets, electric rickshaws have become in great demand worldwide. Additionally, it is becoming more well-liked among companies because it offers inexpensive last-mile delivery, which boosts profits.

The need for rickshaws in all three primary, secondary, urban, and rural sectors has grown due to stricter emissions regulations, higher costs for gasoline, incentives, and a more comprehensive selection of e-rickshaw possibilities.

For last-mile connectivity, among other types of vehicles, electric rickshaws would be a fantastic substitute. Since they are well suited for urban settings, produce less environmental damage, and feature low emissions and speeds, they are considered intelligent.

Regarding the issue of financial adaptability, research by the NITI Aayog and the organization RMI India project that the annual loan market for EVs will increase to Rs 3,700 by 2030. Less than 10% of all cars will be two or three wheels. Still, they will be essential for building important projects and helping local governments achieve climate objectives like pollution reduction.

Issues with Electric Three-Wheelers

Initially, the two most pressing problems for electric rickshaws were insufficient electrical infrastructure for charging and range constraints.

A few of the difficulties ahead include the dependency on imports brought on by a lack of production and manufacturing facilities, the high cost of buying electric cars, a lack of study and development into power sources and EVs, a lack of facilities for charging shortages of battery recycling facilities, and out-of-date regulations for scrapping diesel vehicles.

Adverse things about e-rickshaws

  • Slower than Other Cars: E-rickshaws typically go at 30-35 mph, which is too sluggish to keep up with other types of vehicles. There are different modes of transportation in a time of crisis.
  • Lightweight: E-rickshaws would find it difficult to compete with more oversized vehicles due to their lesser weight. The rickshaw can turn around and fall on its side. One can imagine how Indian drivers would travel in a crowded e-rickshaw.
  • Risky batteries: The battery problem is one of the most significant drawbacks. Lead-acid batteries make up the bulk of batteries used today. Indian authorities are actively importing dangerous deep-discharge acid lead-acid batteries.
  • Inadequate rules: There needs to be set standards or guidelines for using e-rickshaws. The e-rickshaw drivers need to be fully qualified. Society as a whole is quite concerned about this.
  • It uses a lot of room: The E-rickshaws present design uses many areas. An issue of sitting position would result from this.


Importance of Government’s Assistance with Three-Wheelers

In tourist areas and educational regions, electric auto-rickshaws may be advantageous. The service of regional municipal organizations and city representatives makes this feasible. The study on travel demand conducted for CMP can be used to locate hotspots.

Manufacturers and drivers will be encouraged to transfer from their current automobiles to electric vehicles if commercial advertisements are permitted on electric cars and the beautiful design is maintained. It is also essential to research battery disposal techniques and the operational lifespan of electric vehicles.

The number of recharge cycles significantly influences how long an electric rickshaw lasts. These batteries can be used for grid-level storage or other stationary charging techniques after they are no longer used.

Given the uncontrolled and astounding expansion of e-rickshaws across multiple north Indian cities, the authorities should take steps to encourage them as a crucial policy over urban transportation.

To increase the supply of rechargeable battery stations, which enable drivers to swap out depleted batteries for fully charged ones and swiftly re-enter the roadways, Indian officials have been drafting legislation to calm e-rickshaw drivers.

Even though travel accounts for only 10% of India’s total glasshouse gas emissions, a far smaller percentage than in countries like Canada, where it is responsible for 24%, the government is dedicated to promoting electric change.

Much relies on how India handles its switch to electric cars and how the government deals with its dirtier industries, including manufacturing and electricity generation, which produce disproportionately higher emissions than mobility.


In addition to their affordable pricing, ability to navigate crowded metropolitan streets, and minimal shipping costs, electrically powered rickshaws are famous worldwide. Autos that use totally or substantially electric power are called electric cars. These vehicles use batteries that can be recharged to help start the electric motor, which then spins the wheels.

Before attempting to purchase, buyers should consider several factors, such as the car’s total worth, the cost of maintenance and fuel, and the demand for electric vehicles in India. The fact that it offers inexpensive last-mile delivery, which boosts profits, is also helping it gain favor among businesses.



Please enter your comment!
Please enter your name here

Most Popular

Recent Comments

EV Store