NueGo Expands Nationwide with New Electric Bus Routes Across South and North India

GreenCell Mobility, India’s leader in sustainable public transport solutions, has announced a major expansion of its electric intercity bus brand NueGo, launching multiple new routes across South and North India. With this move, NueGo now connects over 120 cities nationwide, further solidifying its position as India’s fastest-growing electric intercity bus network.

The newly introduced routes include Chennai–Salem, Gurugram–Jaipur, Delhi–Lucknow, Bengaluru–Mangaluru, Vijayawada–Chennai, Vijayawada–Tirupati, Jaipur–Udaipur, and Pondicherry–Trichy, among others. These additions extend NueGo’s coverage to new regional corridors, enhancing both leisure and business travel accessibility through clean, quiet, and efficient electric mobility.

Commenting on the milestone, Devndra Chawla, MD & CEO of GreenCell Mobility & NueGo, said, “We are delighted to strengthen NueGo’s national network with the addition of several new intercity routes. This expansion aligns with our mission of transforming bus travel in India through sustainable, technology-enabled, and guest-centric mobility solutions.”

NueGo’s technologically advanced AC electric coaches are designed to offer a safe, smooth, and premium travel experience. Travellers can expect assisted boarding, clean and sanitised seating, complimentary water and tissues, and silent, emission-free rides. Offering holiday season discounts to encourage more travellers to experience green mobility.

Each NueGo bus undergoes 25 pre-departure safety checks across mechanical and electrical systems. Equipped with CCTV surveillance, driver breath analysers, driver monitoring systems, and speed limiters, NueGo prioritises passenger safety—making it a particularly trusted choice for women and family travellers.

With its expanding route network and focus on sustainable comfort, NueGo continues to redefine electric intercity travel in India, contributing significantly to the nation’s transition toward cleaner and more efficient mobility.

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