Ola Electric recently introduced its first range of electric motorcycles in India and revealed details about its upcoming Gen 3 platform for future electric scooters. The new platform promises a 26% improvement in performance and a 22.5% reduction in costs compared to the Gen 2 platform. It follows Ola’s ‘Inside the Box’ design approach, integrating the battery, motor, and electronics into a single unit with the battery serving as a structural component. This platform is scalable and can support a wide variety of models.
The Gen 3 battery features 4,680 larger-diameter cells, offering a 10% increase in energy density over previous versions. It also incorporates in-molded bus bars that improve manufacturing efficiency, shock resistance, and thermal performance. Additionally, the newly developed electric motor uses magnetized electrical coils instead of permanent magnets, which enhances efficiency and torque output.
On the electronics side, Ola has combined the Battery Management System (BMS) and Motor Control Unit (MCU) into a single high-performance multi-core processor. This new Central Compute Board consolidates all major ECUs, preparing the platform for future advancements such as Advanced Driver Assistance Systems (ADAS).
Ola Electric is rapidly establishing itself as a significant player in the electric vehicle industry, particularly in the two-wheeler segment. With its innovative approach to electric mobility, the company has introduced a range of electric scooters that cater to a wide audience.
Ola Electric is known for its focus on technological advancements, as evidenced by its development of the Gen 3 platform, which promises enhanced performance, efficiency, and cost-effectiveness. The company is also committed to building a robust charging infrastructure, ensuring that its customers have access to convenient and reliable charging options. As Ola Electric continues to expand its product lineup and refine its technology, it is poised to play a pivotal role in the transition to sustainable transportation in India and beyond.
