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EV Batteries Last Up to 40% Longer in Real-World Driving

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EV Batteries Last 40% Longer in Real-World Use

Electric vehicle (EV) batteries are ending up additional sturdy in true circumstances than recently suspected. New exploration from Stanford College recommends that EV batteries can endure up to 38% longer in genuine driving circumstances contrasted with customary research facility testing. This astounding finding difficulties the normal suspicion that true use prompts quicker battery corruption.

The review uncovers that ordinary lab tests frequently speed up battery wear because of their controlled and dreary charge-release cycles. Interestingly, certifiable driving includes changed paces, unpredictable traffic, regenerative slowing down, and sporadic charging designs, which add to a more slow pace of battery corruption. This lengthy battery life expectancy implies EV proprietors could travel an extra 300,000 kilometers prior to requiring a battery substitution.

Battery debasement is a characteristic cycle that happens after some time as lithium particles transport between terminals. A few particles become caught, decreasing the battery’s capacity to hold a charge. To gauge battery life span, producers and specialists commonly lead lab tests that recreate long stretches of utilization in a compacted time span. Nonetheless, these tests depend on a steady release rate, which doesn’t precisely reflect how EVs are driven in ordinary circumstances.

Stanford scientists adopted an alternate strategy by testing 92 business lithium-particle batteries over a time of two years utilizing true driving examples. The outcomes showed that batteries exposed to additional reasonable driving circumstances debased at an essentially more slow rate than those tried under controlled lab conditions. The more unique the driving example, the better the battery life span. In spite of past convictions, quick speed increase and regenerative slowing down didn’t add to quicker corruption. All things considered, they delayed battery duration.

Extra investigations support these discoveries. A 2024 report by GEOTAB investigated information from 10,000 EVs and observed that cutting edge battery innovation is further developing strength. More current EVs showed a yearly battery corruption pace of only 1.8%, down from 2.3% in 2019. Another review inspecting 7,000 EVs found that most vehicles held more than 80% of their battery limit even subsequent to traveling in excess of 200,000 kilometers.

While use designs assume a critical part in battery life span, different factors likewise impact corruption. One of the most critical is charging conduct. Continuous utilization of DC quick chargers, especially in blistering environments, speeds up battery wear. Paradoxically, more slow Level 2 charging expands battery duration. Specialists suggest keeping the battery charge somewhere in the range of 20% and 80% and staying away from delayed openness to outrageous temperatures to expand life span.

These discoveries offer consolation to both individual EV proprietors and armada administrators. Longer-enduring batteries mean less substitutions, decreasing the all out cost of possession. Furthermore, further developed battery strength upgrades the worth of second-life battery applications, like home energy stockpiling. Subsequently, less EV batteries will require quick reusing, adding to a more manageable electric vehicle environment.

The experiences from this exploration could likewise prompt updates in battery the board programming, permitting makers to advance execution in light of certifiable driving information. With the EV market proceeding to develop, these headways might assist with tending to worries about battery life expectancy, making electric vehicles a much more alluring choice for purchasers.

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Sourabh Gupta

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Is the Tata Sierra EV a 7-Seater SUV? Here’s the Answer

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Tata Sierra EV Is Not a 7-Seater SUV

The iconic name in India’s automotive history – Tata Sierra – is returning soon! And, this time, in an all-electric form. But one of the things that SUV enthusiasts want to know is whether the tesla models in india will be a 7 seater. Dispelling the confusion, the company has announced that the upcoming Sierra EV will not have a room for 7 passengers. Instead the Lyriq will come in two different seating configurations depending on buyer perspective, a regular 5-seater and a 4-seater lounge variant.

The 5-seater format is likely to find favour with families and urban buyers in need of day-to-day use and access to Tata’s latest EV tech. On the other hand, the 4-Seater Lounge is a luxury offering for those who are driven and prefer comfort over the features of the 3-Seater. In addition, the rear seating area has been developed to offer passengers a high level of relaxation and personal space comparable to that found in the best-selling sedans.

What distinguishes the 4-seater lounge edition is the further emphasis on the individual seatings’ comfort level. Instead of a conventional bench seat in the rear, the lounge model is fitted with two individual rear seats with some nice comfort features to boot. These consist of sliding and reclining elements, ottoman-like leg rests, and concave seats with perforated surfaces. At the back, you should expect ambient lighting, personal entertainment screens, fold up table trays, and other more creature-comfort items that simulate the “business-class” experience on the ground.

The idea behind it is a response to changing trends in automotive and especially with urban luxury consumers there is a growing interest in the electric vehicle as a statement of style, sustainability and exclusivity. With such a premium offering, Tata is hoping to change the way EVs are perceived in the Indian market—as not just greener options, but as aspirational lifestyle products.

For the people who remember the Tata Sierra in its first incarnation, this is a dramatic change. The iconic Sierra made its debut in 1991 as a robust lifestyle vehicle with a distinctive design of large rear fixed glass windows, and a 3-door body style. The older design featured two front bucket seats and a three-passenger rear bench that seated three people as snugly as it also seated three. It had no rear doors and getting into the rear seat required tilting the back of the front seats. Though basic with regards to cabin trim, it was well outfitted for its era with power windows, AC, and power steering.

The new Tata Sierra EV, however, does come thoroughly modernised with not much in common with the older crop. It has embraced a design aesthetic that is a departure from rugged utility and towards graceful and tranquil interiors. Based on living room aesthetics, this EV will offer plush materials and layered textures with purposeful design. A suite of digital display features that includes a touchscreen infotainment system and a fully digital instrument cluster takes the SUV on par with global trends for electric vehicle design.

The Sierra EV will also be equipped with premium amenities such as a panoramic sunroof, ambient lighting, wireless charging, and perhaps distinct features like moss panels or ornamenting inserts. Attention to detail and relaxation are further expressed in the brand’s ambition to deliver a calm and visually beautiful space within the car.

Tata Motors has also suggested that an ICE-powered avatar of the new Sierra is also on the anvil. This will be in response to a wider reach of market that is not yet prepared to transition to electric but still want to experience the heritage and looks of the Sierra brand. The ICE version is expected to learn a lot of the styling and interior features from the EV variant, making it a preferred choice for enthusiasts of conventional engine.

Addressing the market launch, the Tata Sierra EV might also see the light of the day in the new market around August 2025. The base price is expected to vary somewhere between Rs. 25 – 30 lakh (ex-showroom). The Sierra EV, with its price range and unique positioning, is expected to serve buyers who are looking to purchase a premium locally-produced electric SUV blending nostalgia with advanced features.

So, in conclusion, the Tata Sierra EV isn’t to be a seven-seater, though the two targeted forms do something for both the practicalist and a luxury-end customer. Some of you may be disappointed with no 7-seater option, but this aggressive approach by Tata should help set a new record in terms of the Indian electric SUV benchmark as they seem more focussed on offering a more comfortable and premium experience.

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Sourabh Gupta

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Upcoming EV Launches in 2025 – What to Expect This Year

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Top Electric Cars Launching Soon in India

Several carmakers are set to roll out a slew of fresh electric vehicles to the Indian market in the next few months. These next EVs occupy a range of market segments, from small SUVs up to full-size MPVs and even a sporty convertible, appealing to an array of would-be buyers with varying requirements and tastes. Leading the charge is MG Motor, which has been followed by home-grown automakers such as Tata Motors, Mahindra and Maruti Suzuki, with promise of feature-laden and high-range electric vehicles to cater to the increasing clamour for cleaner mobility products.Top Electric Cars Launching Soon in India

Among the most interesting EVs on their way is the Windsor EV from MG Motor, due mid-year. The crossover vehicle will be equipped with a 50.6 KWh battery which is expected to cover around 460 KM in single charge. Engineered for urban and long-haul driving, it also will include advanced driver assistance systems, infotainment options and flexible seating ensembles that position it as an upscale option in the crossover segment. There will be a slight price increase because of the new items.

MG is also getting ready to introduce its M9 Electric MPV in the third quarter. A family- and group-friendly, luxurious people carrierBuilt to transport with comfort and ease The M9 will have a 90 kWh battery under the hood and should achieve a range of about 430 kilometers. Spacious and luxurious inside, the Enverge boasts a comfortable and quiet ride, while its full-electric drivetrain speaks to a greener way of traveling.

There’s a word out there that Maruti Suzuki could take a giant leap in to the world of EVs with a compact electrified SUV lately in the year, named e-Vitara. Based on the HEARTECT-e platform, the SUV will get features like 10.1-inch touchscreen, digital driver’s display along with an ADAS suite for added safety. It’s expected to be available with two battery options, giving it a range of up to 500km. Sitting as a rival to other popular EVs in the electric SUVs segment such as the Tata Curvv EV and the Hyundai Creta EV, it will be India’s — and Maruti’s — first all-electric passenger vehicle.Top Electric Cars Launching Soon in India

The launch of the Tata Harrier EV is also eagerly anticipated with an expected release in the second half of 2020. Unveiled previously at an auto show, the Harrier EV is likely to get dual-motor all-wheel drive technology and offer a driving range of around 500 kilometers. Sitting on Tata’s Gen 2 EV architecture, the mid-size SUV will offer a mix of off-road performance and luxury. On the inside, the Harrier EV is expected to have a plush cabin with top-notch material, a large touchscreen panel, and a range of safety features.Top Electric Cars Launching Soon in India

MG Motor intends to create a storm in the sports car segment with its all-electric convertible, the Cyberster. This is a car that’ll tug at the heartstrings of hobbyists in search of a zero-emission buzz. Boasting a bold design with eye-catching scissor doors, coupled with a strong powertrain, the Cyberster will accelerate from 0-100kph in under five seconds. With an efficiency more than 500 kilometers, then it will bring not only speed but also the placement for daily use.

Last but not the least, Mahindra will bring out the XUV 3XO EV by the end of this year. The mini-SUV will allow two battery choices: a 34.5 kWh battery with a range up to 375 km (233 miles) and a 39.4 kWh version with a maximum 456 km (283 miles). Loaded with high-end features such as a 10.25-inch infotainment screen, wireless charging and a 360-degree camera, it is designed to get noticed in an overcrowded electric SUV marketplace. And with the aggressive pricing and state-of-the-art features, it will be a rival for the Tata Nexon EV, which is currently the sturdiest player in this segment.Top Electric Cars Launching Soon in India

The EV scene in India is certainly changing with increasing choices for the consumer spread across price points and even personal preferences. Whether it’s performance, practicality or premium comfort, the large array of electric vehicles soon to be available in our country offer something for all, hence fast-tracking the progression towards a greener, cleaner mobility future.

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Sourabh Gupta

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Xiaomi EV says it delivered over 28,000 units in Apr

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Xiaomi EV Logs 28K+ Deliveries Amid High Demand

Xiaomi’s EV unit once again performed well in strong competition among new-energy vehicle makers to sell 28,154 vehicles in April. That is also the seventh straight month, the company has retained delivery volume over 20,000 units, in terms of continuing demand despite the production constraint. Although this number is a bit lower than last month’s total of more than 29,000 units, the sustained delivery volume is a testament to the increasing demand for Xiaomi EVs.

March 28 last year, Xiaomi officially announced its debut in the EV space by unveiling its first electric sedan, the SU7. The car has generated an immense amount of buzz with the mainstream market and the auto industry overall, thanks in part to its range, aggressive pricing, and relatively similar price point compared to the Model 3. SU7 accompanies three models—Standard, Pro, and Max—providing diversified performance and features for diverse users. Mu that the Standard version will be available for a RMB 215,900 (about $29,690) starting price, with the Pro and Max versions coming in at RMB 245,900 and RMB 299,900, respectively.

The deliveries of the SU7 in the Standard and the Max versions were started in April [51] after its official presentation and a month after, in May, it was the turn of the Pro version. The SU7’s warm reception generated high demand, outstripping Xiaomi’s production capacity in no time. Now, new customers who order can expect to wait about 40 weeks to receive their vehicles. Compare this to the 30-week lead time that was standard back when demand for the vehicle began outpacing production – as you can see, production isn’t scaling fast enough to meet demand.

Expanding its extensive lineup, Xiaomi unveiled its latest electric sedan and it’s called the SU7 Ultra. The new model was first introduced on February 27, and it is a high-performance machine with a hefty 1,548 Ps of peak power. These numbers mean the SU7 Ultra is securely in the high performance electric vehicle market. Beginning at RMB 529,900, the vehicle is priced in line with its high-end orientation and cutting-edge technology. The SU7 Ultra first went on sale on March 2 and now the company is being injected with even more EV sales momentum.Xiaomi EV Logs 28K+ Deliveries Amid High Demand

Other than sedans, Xiaomi is set to join the electric SUV business — a market that’s still growing at an astonishing pace throughout the world. The company is likely to introduce the YU7, its electric SUV intended to take on Tesla’s super-hot Model Y, as soon as June or July. Although we don’t have official specs and pricing for this model just yet, the buzz around this model suggests that Xiaomi wants to blanket the electric passenger vehicle market, from mid-range priced sedans through to high performance cars, and on into family-carrying SUVs.

However, Xiaomi EV still confronts many difficulties, in particular on the materialization of mass production. The main limiting factor is still factory capacity. Punch Presses Operating at Maximum We have taken our company up to a new level, drawing every ounce of production capability out of existing facilities and still trying to meet unrelenting increases in customer demand. But as orders grow and sitidelivery timelines extend, some buyers’ patience is being tested. The situation should be something that Xiaomi are well aware of – one would expect they are in fact diligently working in the background to expand production and address this very discrepancy.

One thing you may have noticed is that, unlike many of its Chinese competitors, Xiaomi has not provided breakout shipment figures, at least not in the detailed format that for example Huawei has given us. Instead, it rather speaks more abstractly about numbers, such as “over 28k units”, which it could be that it has a well thought plan to keep options open or it does not want to signal the weight of its gameplay by making all too many comparisons in an overcrowded games market. Nevertheless, the numbers that are available tell a remarkably consistent story of continuous growth.

The demand for Xiaomi’s electric vehicles is not just a sign of the company’s reputation in consumer electronics but also a reflection of a broader change in the preferences of consumers who live their lives in the digital world. The company’s bet on the EV space was at the time considered a bold pivot, but it is now starting to pay off. Xiaomi has several models on sale today and more on the way, making it a quick upstart in heating up China’s hot EV industry.

When looking ahead, the real test for Xiaomi will be how well it can handle scale, quality control and continued innovation in a space whose pace moves at lichtning speed and whose consumers’ preferences are constantly shifting. If it can iron out the kinks in its existing production processes and further expand its product range, the company might grow to be an influential name in the international EV industry in the years ahead.

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Sourabh Gupta

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