Key Takeaways
The Indian Electric Vehicle (EV) startup Ola Electric has exploded onto the global stock market, reaching a market capitalization of $7 billion less than two weeks after its Initial Public Offering (IPO).
With the firm’s share price up nearly 90% post-listing, Ola’s success signals the strength of India’s nascent EV market as electric scooters transform the country’s mobility sector.
The Indian government has set a target of 30% EV penetration by 2030 in an effort to reduce the country’s carbon emissions and improve air quality. It has also made establishing a “self-reliant domestic EV ecosystem” a top priority.
However, unlike the car-dominated US market, it is estimated that two-wheelers make up nearly three-quarters of vehicles in the country. In fact, according to the World Population Review, India is home to more motorcycles than any other country in the world.
With this in mind, Ola’s range of electric motorcycles and scooters has proven popular in India’s urban centers.
In the quarter ending June 30, Ola delivered 125,198 EVs, a 77.4% increase year-over-year. The Softbank-backed company now claims 65% of the market for electric motorcycles.
Since launching its mass-market scooter range, Ola has made significant gains in the sub-1,000W segment, too, where it has poached market share from rival Odysse.
As CEO Bhavish Aggarwal told investors during the company’s recent earnings call, India’s electric scooter market is booming. In July, 21% of all scooters sold in the country were electric. He added that electric penetration rates have risen to upwards of 30% in some states.
While Ola’s EVs currently rely on cells produced in China and South Korea, the company plans to start manufacturing its own batteries at a new plant being built in Pochampalli.
Construction of the new facility commenced in June 2023, and the Pochampalli Gigafactory is expected to be operational by 2025. In preparation for the new manufacturing plant, Ola’s Battery Innovation Center has spearheaded research and development in cell and battery technology.