Chennai-based EV startup Raptee.HV today launched India’s first high-voltage electric motorcycle, the T 30. The motorcycle is the first in India to adopt universal charging standards used by electric cars and can deliver a performance rivalling the 250-300 cc ICE counterparts with significantly less heat.

The motorcycle comes with an onboard charger, making it compatible with the 13,500 CCS2 car charging stations available across the country. Claiming an IDC Est range of around 200 km and a real-world range of over 150 km on a single charge, the motorcycle can accelerate from 0 to 60 kmph in under 3.5 seconds. The motorcycle comes with an IP67-rated battery pack, with an 8-year/80,000-km warranty, providing peace of mind and long-term value to customers.

The motorcycle will come in four dynamic colours – Horizon Red, Arctic White, Mercury Grey and Eclipse Black – for a price tag of INR 239,000. The deliveries will commence in Chennai and Bangalore from January, with plans to expand to other key cities based on the propensity for mid-premium motorcycles and the adoption of electric mobility in these selected markets.

Raptee.HV is also coming up with a factory-integrated experience centre, dubbed the ‘Tech store.HV’, at its Chennai headquarters to offer full immersive experiences to its customers, which includes a factory tour to show how motorcycles are being built. To ensure a seamless customer experience, Raptee.HV will also have a wide range of direct-to-consumer offerings.

Dinesh Arjun, Co-founder & CEO, Raptee.HV, said, “Our goal was never to create an electric version of an ICE motorcycle, but to do justice to motorcycling with truly pioneering tech. We have taken the core of advanced electric car tech and engineered it for motorcycles. Launching India’s first high-voltage electric motorcycle was a technical challenge from the very beginning. Over the last five years, the amazing team at Raptee has had to build the entire architecture from scratch to make HV on 2Wheelers possible. That we have succeeded is a testament to what can be achieved with the right vision and a focus on innovation. We believe our HV technology is the missing piece of the puzzle that will accelerate the electrification of motorcycles and revolutionise how motorcycles will be built in the future.”

Jayapradeep Vasudevan, CBO, Raptee.HV, said, “We are extremely excited to witness the passion and innovation coming to life as we launch our first motorcycle, setting new standards in the electric two-wheeler industry. The Indian motorcycle market is twice the size of the scooter market, and the low EV penetration in this larger segment presents a huge opportunity for us to explore, starting with our flagship model, the T30. As a team, we are fully committed to building the Raptee.HV brand by delivering a customer experience that matches the high standards of our motorcycles. In today’s context, automobiles, especially electric vehicles, are increasingly becoming electronics and software-driven, much like consumer durable products. With this in mind, we are inspired by premium consumer durable brands in shaping our approach to customer service. We plan to introduce a wide range of digital and direct-to-consumer offerings to ensure that our customers enjoy a seamless ownership journey with Raptee.HV. Our network expansion will be rolled out in phases, starting with company-owned experience centres in Chennai and Bangalore. By learning from these initial markets, we will strategically expand into other regions and international markets at the right time over the next few years. We have a clear strategic roadmap for the next five years and aim to become a significant player in EV industry in the years to come.”

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EV charging and energy management company Kazam, in collaboration with the Alliance for an Energy Efficient Economy (AEEE), has unveiled a report emphasising residential charging infrastructure's role in India's net-zero journey. Titled ‘The Net-Zero Transition Starts at Home’, the document was released at the India Habitat Centre in New Delhi. The launch was attended by Amal Sinha from BSES, Sameer Pandita of the Bureau of Energy Efficiency (BEE), Irfan Ahmad from the Central Electricity Authority (CEA) and other energy regulators.

The findings draw from Kazam's dataset of over 80,000 residential charger installations, gathered through field surveys and consumer interviews across 5,000 pin codes, including high-adoption states like Assam, Rajasthan and Uttar Pradesh. The analysis examines how EV adoption is altering household electricity consumption patterns nationwide.

India's EV transition diverges from global markets, driven by light electric vehicles, with two-wheelers and three-wheelers comprising roughly 90 percent of 2025 sales. These vehicles are typically charged overnight at home, yet nearly half of potential buyers lack access to formal residential charging infrastructure.

The report identifies three primary obstacles to safe residential charging. Prolonged overnight cycles strain grids not designed for sustained loads, causing overheating, socket melting, voltage fluctuations and inadequate earthing. Structural challenges persist in urban areas, where 70 to 75 percent of residents live in apartments, facing issues like lack of dedicated parking and resistance from housing associations.

Kazam and AEEE convened a roundtable with government bodies, utilities and real estate firms, proposing a four-layer framework defining EV readiness across sanctioned load, metering, earthing, wiring and awareness. Kazam also launched an online quiz for buyers to assess home preparedness. The report notes that for India's growing gig workforce, home charging is vital, as public stations can triple or quadruple electricity costs.

Akshay Shekhar, Co-Founder & CEO, Kazam, said, “Creating safe and EV-ready homes will be critical to sustaining long-term confidence in electric mobility and ensuring the benefits of EV transition are available to all. EV-readiness must become a core component of how residential projects are planned, approved and built, not as an afterthought. From affordable housing to redevelopment projects, charging infrastructure should be embedded into building approvals and occupancy certificates as a fundamental requirement. At the same time, schemes such as PM E-DRIVE and state EV policies can play a critical role in supporting residential electrical retrofits, particularly for low-income households and rental-heavy communities where dependence on electric two- and three-wheelers is the highest.”

Sumedh Agarwal, Director, Smart and Resilient Power and Mobility, Alliance for an Energy Efficient Economy (AEEE), said, “India has made significant progress on EV adoption being increasingly driven by people who use their vehicles to earn a living, but our residential infrastructure remains unprepared for the transition at scale. Charging access at home directly shapes the economics of vehicle ownership, particularly for delivery partners, commercial drivers and small entrepreneurs who depend on their vehicles for daily earnings. EV-readiness must now be built into our buildings, electricity networks and urban planning frameworks. The next phase of India's EV transition will be won or lost in our residences, and it must be safe, inclusive and capable of delivering long-term economic and environmental benefits at scale."

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Drivn, an EV leasing platform for commercial fleets, has formed a partnership with BillionE Mobility to lease and deploy 200 electric trucks. This collaboration aims to advance freight operations in India through fleet deployment, route electrification and charging infrastructure.

The first phase involves the deployment of 22 trucks for a cement industry customer under a long-term contract. This initiative establishes an electrified freight corridor. The partners project that this deployment will reduce CO2 emissions by 4,500 tonnes annually compared to internal combustion engine (ICE) trucks.

Alpna Jain, Co-Founder and Chief Business Officer, Drivn, said, "Electric trucks scale only when the right ecosystem is in place. Reliable charging infrastructure, alignment across partners, and disciplined on-ground execution are all critical to making large-scale deployments successful. Through our partnership with BillionE Mobility, we are focused on ensuring high vehicle uptime, operational consistency, and efficiency across every trip. This deployment demonstrates that EV freight is not just about replacing diesel trucks, but about building a logistics model that delivers both environmental and operational benefits."

Kartikey Hariyani, Founder, BillionE Mobility and Sanjeev Kulkarni, CEO, BillionE Mobility, added, “At BillionE Mobility, we’re not just imagining the future of mobility – we’re building it. Electrifying India's freight sector is a collaborative effort. By partnering with Drivn, we are combining technology, operations, and financing to remove key barriers to EV adoption. Together, we look forward to helping customers transition to cleaner, more efficient logistics.”

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Tata Power and Tata Passenger Electric Mobility (TPEM) have inaugurated a TATA.ev MegaCharger Hub at the iLabs Centre in Hitech City, Hyderabad, which marks the first-of-its-kind in Telangana.

The hub is designed to support the growing number of electric vehicles in the city, including private cars, commercial fleets and ride-hailing services. Key features include a total of 360 kW charging capacity. It has three 120 kW dispensers capable of charging six vehicles simultaneously, which is accessible 24 hours a day.

This hub is part of the TATA.ev MegaCharger network, which comprises over 750 charging points across India. Users can manage charging sessions via the Tata Power EZ Charge App.

Tata Power currently operates a network of over 6,500 public charging points across more than 700 cities and towns. The company has also installed over 230,000 home chargers in collaboration with various automotive manufacturers.

The inauguration event was attended by Jayesh Ranjan, Special Chief Secretary to the Government of Telangana and Gopalakrishnan VC, Director of the Automotive and EV Sector for the Government of Karnataka, alongside representatives from Tata Power and Tata Motors.

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Hindustan Zinc has deployed a 250 Metric Tonne capacity electric crane at its Zinc Smelter in Debari, Rajasthan. The hybrid machine operates on diesel and electricity and is part of a strategy to reduce emissions across the company's industrial infrastructure.

The crane replaces a diesel-operated model that consumed 93,600 litres of fuel per year. The company expects this transition to avoid approximately 250.8 tonnes of CO2 in annual emissions.

Arun Misra, CEO, Hindustan Zinc, said, “At Hindustan Zinc, sustainability is deeply embedded in how we operate, innovate and grow. The deployment of India’s first 250 MT electric crane is another example of our resolve to adopt clean technology and redefine how core industry transitions to low-carbon solutions. This initiative reflects our efforts to foster a culture of sustainability while laying the foundation for a greener and more resilient industrial ecosystem.”

The deployment follows a series of green initiatives introduced by Hindustan Zinc, which include deploying underground battery electric vehicles (BEVs), inducting a fleet of 250 LNG trucks for concentrate transport, use of 40 electric bulkers & electric passenger buses and launch of four electric loaders at the Rampura Agucha Mine.

Deepak Garg, Managing Director, SANY India, said, “Hindustan Zinc has consistently demonstrated industry leadership in adopting technologies that redefine sustainable mining. At Sany, we are honoured to partner with the company in deploying India’s first 250-tonne diesel-electric hybrid all-terrain crane, a solution designed to improve energy efficiency, reduce emissions and support more responsible industrial operations. This milestone reflects our shared commitment to advancing innovation that delivers both operational excellence and meaningful environmental impact.”

Hindustan Zinc aims to reach net-zero emissions by 2050. The company has increased renewable energy in its power mix to 18 percent and is targeting a 50 percent reduction in Scope 1 and 2 emissions from its 2020 baseline.

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