Ola Electric's Role in Shaping Tomorrow's Cities

Ola Electric

Building the Future: Core Technology Development

Ola Electric's commitment to innovation is evident in its extensive R&D facilities located across India, the United Kingdom, and the United States.  This global network allows them to tap into a diverse pool of talent and expertise, fostering the development of cutting-edge technologies.  Their commitment towards technology is well reflected by the Ola Battery Innovation Centre, a dedicated facility focused on advancing cell and battery technology.  Here, a team of researchers is dedicated to exploring advancements in material science, cell manufacturing techniques, material characterization, prototyping, and rigorous testing procedures. This comprehensive approach ensures that

Ola Electric mobility solutions

A Pioneering Spirit: The First Indigenously Made 4680 Cell

Moreover, Ola Electric's dedication to innovation is further highlighted by their development of the first indigenously made 4680 cells in India.  This groundbreaking technology offers several advantages over traditional battery cells, including:

Increased Energy and Power Density:  4680 cells offer a significant increase in energy and power density compared to previous generations. This translates to a longer range and improved performance for Ola Electric's scooters.

Enhanced Structural Integrity:  The design of the 4680 cells provides superior structural integrity, ensuring safety and reliability even under demanding conditions.

High Nickel Chemistry:  The use of high nickel chemistry in the 4680 cells contributes to its enhanced energy density, allowing riders to travel further on a single charge.

Advanced Battery Electrode for Cost & Environmental Efficiency:  Ola Electric prioritizes both cost and environmental efficiency. Their advanced battery electrode technology minimizes production costs while reducing the environmental footprint associated with battery production.

Chemistry Agnostic Form Factor:  The innovative design of the 4680 cells allows for flexibility in the choice of battery chemistry.  This adaptability positions Ola Electric to leverage future advancements in battery technology seamlessly.

The Gigafactory: Scaling Up for a Sustainable Future

Further, Ola Electric has embarked on the construction of a Gigafactory in Krishnagiri, Tamil Nadu which will push the limits of innovation even ahead. This state-of-the-art facility, scheduled to be operational from FY2025, will boast an initial production capacity of 4680 cells, with the potential to expand to a staggering 20 GWh.  The Gigafactory will house in-house electrode production, cell assembly, and cell formation capabilities, allowing Ola Electric to control the entire battery production process and ensure the highest quality standards.

MoveOS: Revolutionizing the Connected Scooter Experience

Beyond hardware innovation, Ola Electric also enhances the rider experience with its MoveOS software platform. MoveOS 4, the latest software of the company, boasts over 100 features designed to enhance safety, connectivity, performance, and personalization.  A key feature is the integration of Ola Maps, a proprietary navigation system that seamlessly incorporates Ola's Hypercharger network, ensuring riders can easily locate charging stations and optimise their journeys.  MoveOS 4 also prioritizes security with the inclusion of an anti-theft alarm system and features like "Find My Scooter" and "Share Location from App," providing riders with peace of mind.

A Data-Driven Approach to Efficiency: Ride Journal

With basic navigation, MoveOS 4 also empowers riders with valuable data through the Ride Journal feature. This innovative tool provides insights such as average speed, battery consumption, range, regenerative braking efficiency, cost savings, and distance covered for each trip.  By analyzing this data, riders can adopt more efficient riding practices and optimize their scooter's performance.

Enhanced Safety and Convenience: 

MoveOS 4 introduces a suite of features designed to enhance rider safety and convenience.  Hill Hold and Hill Descent Control provide added stability on inclines, while Garage Mode offers increased security in parking situations. Hyper Charging speed has been improved, allowing for faster battery top-ups, and the regenerative braking system has been optimized for increased efficiency.  For added personalization, MoveOS 4 offers profile controls and Care Mood, allowing riders to customize their scooter's behaviour based on their preferences.  For entertainment, Concert Mode transforms the scooter into a mobile sound system, and the extended range feature provides riders with the confidence to explore further on a single charge.  Finally, the upgraded proximity unlock feature offers a convenient and secure way to unlock the scooter. 

The Next Gen EV Platform: Building Better Scooters for a Better Future

Ola Electric mobility solutions got even more evolved with its Next-Gen EV platform, a revolutionary scooter chassis design that offers several advantages over previous generations:

26% Improved Performance:  The Next Gen

EV

12% Fewer Parts:  A streamlined design concept for

e-two-wheelers

6% Lower Energy Consumption:  Ola Electric's sustainable development goals prioritize energy efficiency which is encapsulated in the Next Gen EV platform which boasts a 6% reduction in energy consumption compared to previous models. Hence, with low energy consumption and zero emissions, Ola Electric’s city transportation impact will foster a greener tomorrow. 

4% Reduced Weight:  By employing lightweight materials and a more efficient design, Ola Electric has achieved a 4% weight reduction in the Gen2 EV platform which will enhance the handling and manoeuvrability of riders.

IP67 All-Weather Proof:  The Next Gen EV platform achieves an IP67 rating, signifying its ability to resist dust and water ingress.  This ensures reliable operation in a variety of weather conditions.

Greater Thermal Efficiency:  Effective thermal management is crucial for battery performance and longevity.  The Next Gen EV platform boasts improved thermal efficiency, ensuring optimal battery operating temperatures and maximizing battery life.

Integrated Electronic Control Units (ECUs):  The Next Gen EV platform features integrated Electronic Control Units (ECUs) that streamline communication between various scooter components.  

Simplified Network with Fewer Components:  By reducing the number of components and simplifying the network architecture, Ola Electric has made the Next Gen EV platform easier to service.  Hence, riders can enjoy faster turnaround times and a more convenient service experience.

A Vision for Sustainable Urban Mobility

Ola Electric's city transformation dream where mobility is defined by green energy is complemented by the company’s commitment to building a robust charging infrastructure, developing efficient and reliable batteries, and creating user-friendly software platforms.  

Ola Electric’s sustainable development goal seems possible to achieve with the widespread adoption of electric scooters which have the potential to transform our cities into cleaner and quieter environments.  As the EV giant continues to develop cutting-edge technologies and expand its product offerings, we can expect to see a future where electric scooters seamlessly integrate into our daily lives, paving the way for a brighter future for our cities and our planet.