The 'Flow' is an innovative Indian scooter, designed by a startup called 22Motors located near the Indian capital of New Delhi, that aims to offer a top-notch combination of electric motoring and artificial intelligence amenities to enable riders to navigate the crowded labyrinths that are the streets of India.
This high-tech Indian scooter comes equipped with lithium ion batteries that are connected to the cloud in order to take advantage of optimized power output. The scooter also comes with regenerative braking, which doesn't make for smoother stops but also helps to preserve precious battery power.
Scooters and other two-wheelers remain a hugely popular mode of transportation on the crowded streets of India, but while these vehicles have substantially contributed to pollution, the 22Motors Flow scooter aims to change that by making scooter riding eco-friendly.
Electrifying Indian Scooters
This Scooter Brings Eco-Friendly Motoring to the Streets Of India
Trend Themes
1. Electric Scooters - The 'Flow' scooter is an example of the growing trend of electric scooters that offer eco-friendly transportation options.
2. Connected Vehicles - The Flow scooter's integration with the cloud highlights the trend of connected vehicles that leverage artificial intelligence and optimize power output.
3. Regenerative Braking - The Flow scooter's regenerative braking feature showcases the trend of energy-efficient transportation that preserves battery power by converting kinetic energy into electrical energy.
Industry Implications
1. Automotive - The automotive industry can explore opportunities in the electric scooter market by developing innovative electric vehicle designs and sustainable charging infrastructure.
2. Transportation - The transportation industry can capitalize on the connected vehicle trend by incorporating AI features into scooter and bike sharing services, improving efficiency and user experience.
3. Clean Energy - The clean energy industry can benefit from the demand for regenerative braking technology by developing energy-efficient components and solutions for various modes of transportation.