Like an IC engine automobile where the engine and the driveline make up the key aggregates, in EVs the key aggregates are the battery and the motor. While an IC engine may account for 23 to 30 percent of the total cost and the driveline component such as a gearbox, propeller shaft, transaxle or a differential may together cost another 15 to 20 percent of the total vehicle cost, in the case of an EV, it may not be that simple. 

It is therefore necessary to find out about the battery and motor replacement cost before buying an EV. A young Canadian owner – Kyle Hsu – of Hyundai Ioniq 5 was thrown out of his seat almost when he found out that the warranty was void on the battery pack of his one-year-old electric vehicle and it would cost him a little over $ 60,000 to replace it! The car was bought in 2022 for $ 56,000. 

Hsu was driving to the interior of British Columbia, according to the YouTube channel Motormouth which has highlighted the development, when he avoided something on the road. On the cautionary side, he dropped at the dealer to get the car checked after he returned from the trip. 

The battery cover underneath the e-car was founded to have been scratched. The dealer conveyed that the battery behind the cover had been impacted and should be replaced since it may explode. It was not repairable. 

Hsu took the help of the insurance company once he was told that it would cost over $ 60,000 to replace the battery. The insurance company told him that his vehicle IDV was less than the cost of replacing the battery. If he were to choose to replace the battery, the insurance costs were likely to go up by 50 percent despite his clean driving record. 

Responding to Motormouth, the Hyundai Canada PR Manager Jennifer Mcarthy is known to have said that it amounts to a very rare situation and Hyundai Canada’s customer experience team should have had the opportunity to access the situation prior to sharing of costing. 

The cost of battery replacement depends on the nature of the damage, type of battery and repairs required. There is no one set price for ever replacement while battery cost is a challenge for the business. Pricing strategy for batteries that is reasonable, fair and in line with market competitiveness is being worked on, Mcarthy is known to have expressed further.

In his column in The Guardian newspaper recently, actor and automobile enthusiast Rowan Atkinson stated that he loves electric vehicles and was an early adopter. He however felt increasingly duped. 

An electrical and electronic engineer by education, Atkinson is of the opinion that electric motoring does not seem to be quite the environmental panacea it is claimed to be. 

Stating that electric cars have zero exhaust emissions, which is a welcome development, particularly in respect of the air quality in city centres, Atkinson said in his column, if you zoom out a bit and look at a bigger picture that includes the car’s manufacture, the situation is very different. “The problem lies with the lithium-ion batteries fitted currently to nearly all electric vehicles: They’re absurdly heavy, huge amounts of energy are required to make them and they are estimated to last only upwards of 10 years,” he averred. 

Drawing attention to solid-state battery development, Atkinson expressed that if hydrogen wins the race to power trucks and as a result every filling station stocks it, it could be popular and accessible choice for cars. 

Till then, keeping the old petrol vehicle may be better than buying an EV since it costs far less to make and can last for 30 years with tender loving care. 

If the majority of the first owners would retain their vehicles for over five years, it would result in an amount of CO2 reduction brought about by new cars being put on the road. The entire chain of raw material selection to manufacture, to the end of the road has its share of carbon emissions. 

Though it may be better to reduce our reliance of IC engine vehicles, it would be worth considering that the existing vehicles have already paid their environmental dues – cost to the environment – during their manufacturing process. A lot of technological development has also made them far less polluting and reliable than they were a few years or decades ago. 

Also, the possibility of writing off a one-year-old EV because its battery replacement cost exceeds the vehicle purchase cost is countered by the engine, gearbox or a body part being repairable in case of an IC engine vehicle.

Many of you would also remember the head honchos of some auto companies in India saying that BS VI emission compliant vehicles will only emit water through the tailpipe and will be cleaner than the ambient air. 

The time is ripe to understand what is ‘actually’ environment friendly, an EV or an IC vehicle. The time is right to test and analyse if it the automobiles that are causing more pollution in Indian cities or there are other sources. An air filled with so much dust does not seem like the handiwork of automobiles rather than the gigantic civil projects that being worked on. 

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Tata Power and Tata Passenger Electric Mobility have expanded their co-branded charging network across four states, with 10 charging hubs logging over 70,000 charging sessions and 85,000 charging hours.

The infrastructure has delivered 2.7 megawatts of total power capacity, supporting over 7.5 million electric kilometres and offsetting 6,690 tonnes of carbon dioxide emissions.

The network spans Maharashtra, Telangana, Andhra Pradesh and Uttar Pradesh, operating 25 fast chargers and 56 charging guns with hub capacities ranging between 180 kilowatts and 600 kilowatts. The locations include four sites along the Yamuna Expressway between Greater Noida and Agra, three stations along the Hyderabad–Vijayawada corridor, one location on the Bengaluru–Tirupati route and one hub along the Pune–Bengaluru highway. Additional hubs operate within urban zones in Mumbai and Hyderabad.

The facility at The Leela near Mumbai Airport serves as the flagship site, providing 600 kilowatts of capacity across 16 charging guns, comprising six 60-kilowatt and two 120-kilowatt units. The location supports private vehicles, commercial taxis and fleet operations near transit corridors.

The installations form part of Tata Power's total footprint, which includes over 6,700 public and captive charging points, 250,000 home chargers and 1,200 bus chargers across 690 cities. The company aims to operate 10,000 public charging points and 750,000 home chargers by 2030, with hub management integrated into the Tata Power EZ Charge application.

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HERE Technologies and SBD Automotive have published the India edition of the HERE-SBD EV Index 2026, which tracks electric vehicle readiness and charging infrastructure deployment across 34 Indian states and union territories. The report indicates growing consumer interest alongside an expansion of public charging networks.

The report finds that Telangana secured the top rank in the 2026 study, rising from 25th position in the previous edition due to infrastructure additions and updated vehicle fleet data. Andhra Pradesh advanced from 13th to second place, while Chandigarh ranked third, followed by Haryana and Rajasthan tied in fourth position.

Delhi dropped from fourth place in 2025 to 17th position, as infrastructure additions and vehicle adoption rates lagged behind other regions.

Interestingly, India added more than 31,500 public charging points over the past year, increasing total public charging capacity by 1.65 gigawatts. The average public charger power increased from 32 kilowatts to 45 kilowatts across the network.

A companion survey of drivers in India revealed that 87 percent of respondents are more likely to consider purchasing an electric vehicle than a year ago, with 46 percent citing fuel costs as a primary factor. However, operational challenges persist, with 77 percent of current electric vehicle owners reporting encounters with non-functional charging points and 46 percent citing charger availability as a primary barrier to adoption.

Abhijit Sengupta, General Manager for India and Southeast Asia, HERE Technologies, said, "India's EV ecosystem is evolving rapidly. Consumer confidence continues to grow, charging infrastructure deployment is accelerating and several states are demonstrating strong progress in building the foundations for electric mobility. More than 31,500 chargers were added in the past year alone, underscoring the momentum across the industry. As adoption accelerates, the focus must increasingly shift from simply expanding infrastructure to ensuring drivers can confidently discover, access and use charging infrastructure whenever they need it."

Robert Fisher, Senior Consulting Manager, SBD Automotive, said, "India continues to stand out as one of the most optimistic EV markets globally. The rapid growth in charging infrastructure is encouraging, but consumer feedback shows that reliability remains a key challenge. The next stage of market maturity will require balancing infrastructure scale with infrastructure quality, ensuring the charging experience keeps pace with the growing number of EVs on the road."

The index ranks regions out of a maximum score of 100 based on four criteria: charger density per road length, average charger power capacity, vehicle fleet share, and the ratio of registered electric vehicles to public charging points.

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Mumbai-headquartered electric vehicle company Bgauss, part of RR Global, has launched the C12 MaxR, an electric scooter which comes with a certified range of 178km and a top speed above 75kmph. The launch is part of the company’s plan to make further inroads into India's competitive two-wheeler market.

Underpinning the new model is what Bgauss calls its WSA platform, an architecture built to take different combinations of motor, battery and wheel size rather than being locked to one configuration. The company says the platform, made from high-tensile micro-alloy steel and assembled through robotic manufacturing, is rated for up to 150,000km of use — a figure aimed squarely at buyers who use their scooters for daily commuting rather than occasional trips.

The C12 MaxR draws power from a 3.8kWh lithium iron phosphate battery, rated IP67 for water and dust resistance and enclosed in aluminium to help manage heat. Bgauss says the pack's battery management system tracks 110 separate safety and performance parameters, feeding into the certified 178km range.

Drive comes from HyperZen, a newly developed in-wheel motor that produces 4.2kW of peak power. Unlike a conventional setup, the motor houses its own gear transmission, braking hardware and control unit together, which Bgauss says does away with a belt or chain and cuts down on wiring.

Riders get a choice of Eco, Ride and Sport modes, plus reverse gear, cruise control and regenerative braking. Bgauss rates the scooter's hill-climbing ability at 18 degrees, give or take two degrees either way.

"Over the last six years, we have been focused on building electric mobility around the Indian consumer, and the C12 MaxR brings that philosophy together in one product," said Hemant Kabra, founder of Bgauss. "We wanted to create a scooter that delivers on the fundamentals of range, performance and reliability, but also recognises that today's consumer expects much more from their vehicle. Space, design, lighting, technology and pride of ownership are equally important. The C12 MaxR is our expression of what a complete electric scooter should be. It is engineered for everyday India, while designed to make every ride feel special."

Storage was clearly a design priority. Under the seat is room for two helmets, while riders also get a pop-out umbrella holder, a lockable compartment for documents and a wallet, wireless phone charging, a bottle holder and a spot for a cleaning cloth. There is additional space on the floorboard for a medium-sized bag or piece of luggage.

Visually, the scooter is built around a front light unit Bgauss calls the Krystal Lamp, paired with full LED lighting at the tail and indicators, and a quilted seat the company has branded Seat of Pride.

A 5-inch TFT screen handles turn-by-turn navigation, call alerts, ride and charging data, user profiles and document storage, with a choice of display themes. Other functions include a distance-to-empty readout, a fall-detection feature called FallSense, automatic motor cut-off when the side- or main-stand is down, service reminders, a mode-memory setting and home-location guidance. A companion app adds parental controls, a security lock, adjustable speed limits, firmware updates, vehicle health checks, an SOS alert and DigiLocker access.

Mechanically, the C12 MaxR runs on 12-inch alloy wheels with tubeless tyres, stopped by a 220mm front disc and a combined braking system at the rear. Suspension is handled by a hydraulic telescopic front fork and a five-step adjustable Nitrox gas-emulsion rear unit, with 160mm of ground clearance and a payload rating of 150kg.

The scooter goes on sale in four colourways — Sparkling Wine with Champagne Gold, Terra Green with Champagne Gold, Pearl White and Satin Black — through Bgauss's dealer network across India.

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Hindustan Zinc has signed a 6-year transportation contract with MFL India for the deployment of 30 electric trucks to transport concentrate, expanding the electrification of its industrial logistics network in Rajasthan. The agreement includes an option to extend the term by an additional two years.

As per the contract, the electric trucks will replace diesel vehicles used for moving zinc and lead concentrate from the Rampura Agucha underground mining site to the company's smelting facilities. MFL India will establish and operate dedicated EV charging infrastructure along the transit route to support fleet operations and maintain transport schedules. The agreement incorporates a phased transition plan to integrate local drivers into the electric fleet operations.

Amarendu Prakash, CEO and Whole-time Director, Hindustan Zinc, said, "The future of mining will be defined not only by the metals we produce, but by how responsibly and efficiently we produce and move them. The contract for deployment of EV trucks for concentrate transportation is yet another step towards that future, demonstrating how industrial decarbonisation can strengthen competitiveness while creating an ecosystem in which our partners and communities grow with us."

Anil Thukral, Chairman and MD, MFL India, said, "We are proud to partner with Hindustan Zinc in advancing the transition to cleaner industrial logistics. This deployment demonstrates how electric mobility can be effectively integrated into large-scale transportation networks, supported by the right charging infrastructure and operational planning. Together, we are building a scalable model for sustainable logistics that delivers both environmental benefits and long-term operational value."

In FY2026, Hindustan Zinc added 42 electric vehicles to its operational fleet, bringing its alternative-fuel logistics inventory to 232 vehicles, comprising 52 electric vehicles and 180 LNG-powered vehicles.

The company previously introduced battery electric vehicles for underground operations at its Sindesar Khurd Mine in Rajpura Dariba. The fleet conversion forms part of Hindustan Zinc's target to achieve net-zero emissions by 2050, alongside increasing its renewable power consumption share to nearly 22 per cent.

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