Which is the longest range electric car in India? Top 5 EVs with a 500+ range

 

One of the critical factors influencing the adoption of EVs is their driving range, as it directly impacts the convenience and practicality of these eco-friendly vehicles. In the context of India, a country experiencing rapid electrification of its automotive sector, the question that often arises is, “Which is the longest range electric car in India?”

Through this blog we will talk about the top 5 EVs available in India that offer a remarkable range exceeding 500 kilometers on a single charge. We’ll explore the technological advancements, design, and features of these EVs, shedding light on how they are redefining the boundaries of electric driving and making sustainable transportation increasingly accessible to Indian consumers.

BYD Atto 3 Range — 521 Km

Starting our list numbering the longest range electric car in India with the BYD Atto 3 priced at ₹34 lakhs, is a remarkable electric SUV offering a substantial driving range of 521 km on a single charge. Built on BYD’s cutting-edge e-Platform 3.0, it brings numerous technical advantages to the table, beyond its impressive Blade cell technology. This platform houses an innovative eight-in-one electric powertrain that combines the drive motor, inverter, transmission, onboard charger, battery management system, power distribution unit, and vehicle control unit into a single cohesive unit. The motor’s remarkable efficiency at 97.5 percent ensures exceptional performance.

Moreover, BYD’s Operating System streamlines the complex interplay between hardware and software, enhancing overall performance. The 800V system also offers a power boost option. The Blade cells are cleverly integrated into a honeycomb structure, enhancing battery strength while serving as a structural element of the chassis.

Under the hood, the Atto 3 boasts a 60.48kWh battery pack, providing an impressive 521km range as per ARAI. With an 80kW DC fast charger, it can charge from 0 to 80 percent in just 50 minutes. Additionally, BYD offers a 7kW AC home charger and a 3kW AC portable charging box for external electrical appliances. Powering the front-wheel-drive Atto 3 is a permanent magnet synchronous electric motor generating 204hp and 310Nm, achieving a claimed 0–100kph time of 7.3 seconds, despite its 1,750kg curb weight. The SUV features disc brakes, independent suspension, and 18-inch alloys with 215-section and 55-profile tires, delivering a remarkable driving experience.

Features:

  • Maximum speed — 160 kmph
  • Accelerates from 0 to 100 kmph in — 7.3 seconds
  • Charge Time — 9.5–10 hours
  • Battery Type — Blade Battery (LPF)
  • Colour Variants — Boulder Grey, Parkour Red, Ski White, Surf Blue & Forest Green.

See BYD Atto 3 Full Specs and Features here

Pravaig DEFY Range — 500 Km

Next on our list of longest range electric car in India is the Pravaig Defy, an electric SUV priced at ₹39.5 Lakhs with a driving range of 500 km on a single charge, is a revolutionary vehicle built upon the company’s dedicated skateboard platform, meticulously designed from the ground up. One of its standout features is the centrally placed battery, optimizing cabin space. Boasting a rich array of features, the Defy includes a spacious 15.6-inch touchscreen infotainment system with 5G connectivity, a digital instrument cluster, OTA updates, and a comprehensive suite of safety enhancements.

Under the hood, the Pravaig Defy electric SUV houses a robust 90 kWh battery pack coupled with a dual electric motor setup. This configuration propels the SUV with a commanding 402 bhp and 620 Nm of peak torque. Remarkably, Pravaig claims that the Defy can be fast-charged from 0 to 80 percent in a mere 30 minutes, offering unparalleled convenience in the world of electric vehicles.

Features:

  • Maximum speed — 210 kmph
  • Accelerates from 0 to 100 kmph in — 4.9 seconds
  • Charge Time — 30 mins
  • Battery Type — Lithium-ion Battery
  • Colour Variants — Anti Flash White, Bordeaux, Haldi Yellow, Siachen Blue, Lithium, Moon Grey, Absolute Zero, Green & Emperor Purple.

See Pravaig DEFY Classic Specs and Features here

Hyundai IONIQ 5 Range — 631 Km

Priced at ₹45 Lakhs, the Hyundai IONIQ 5 boasts an impressive claimed range of 631 km per charge, making it one of the longest range electric cars in India available. It takes pride in being the pioneer vehicle constructed on Hyundai’s innovative Electric-Global Modular Platform (E-GMP). This dedicated battery electric vehicle platform ushers in several enhancements, including rapid charging, extended driving range, increased interior space, and superior handling. Its strategic battery placement within the wheelbase ensures optimal weight distribution between the front and rear, facilitating a low center of gravity that enhances overall handling performance.

For the all-wheel-drive version, the Hyundai IONIQ 5 features dual electric motors integrated with the front and rear axles, delivering a robust 305 PS (225 kW) and 605 Nm of instantaneous torque, with a brisk 0–100 km/h acceleration time of 5.2 seconds.

In the two-wheel-drive/Long Range battery variant, a single 160 kW electric motor positioned in the rear axle propels the IONIQ 5, generating 217 PS and 350 Nm of immediate torque, with an acceleration of 0–100 km/h in 7.4 seconds.

Distinguished by its high-performance 800-volt technology, the Hyundai IONIQ 5 charges rapidly, maintaining consistent performance while optimising weight and space. The adjustable regenerative braking system enables drivers to maximise range by fine-tuning regenerative braking intensity using paddle shifters, effectively harnessing the electric motor to slow the vehicle and recharge the battery. Additionally, the modular concept of E-GMP accommodates a diverse range of vehicle types, driving distances, and lifestyles through a standardised battery system specifically designed for EVs.

Features:

  • Maximum speed — 185 kmph
  • Accelerates from 0 to 100 kmph in — 5.2 seconds
  • Charge Time — 6 hours 55 mins
  • Battery Type — Lithium-Ion Phosphate battery
  • Colour Variants — Gravity Gold Matte, Optic White & Midnight Black Pearl.

See Hyundai IONIQ 5 Specs and Features here

Kia EV6–708 Km

Kia India, after not introducing the Niro EV alongside Hyundai’s electric Kona in 2019, has now entered the EV market with its flagship model, the Kia EV6. Priced at ₹61 Lakhs and boasting an impressive claimed range of 708 km per single charge, EV6 can be regarded as one of the longest range electric car in India. However, the international WLTP range stands at 528 km. The EV6 is built upon the Electric Global Modular Platform (E-GMP), which it shares with the Hyundai Ioniq 5. Being designed solely as an electric vehicle, it doesn’t carry any constraints related to accommodating an internal combustion engine.

In terms of aerodynamic efficiency, the Kia EV6’s 19-inch alloy wheels are designed with considerable surface area closed off, offering only a glimpse of the disc brakes and calipers. It achieves a remarkable coefficient of drag at 0.28, surpassing the i-Pace’s 0.29. The vehicle features flush door handles and a distinct character line that flows across both doors, rising sharply to merge into the dramatic rear tail-light unit. The interior offers 64-color ambient lighting, a sunroof, ventilated seats, a 360-degree camera, wireless phone charging, USB ports at the front and back, and a 3-pin AC power outlet.

The Kia EV6 is available in both rear-wheel-drive and all-wheel-drive configurations, both powered by a 77.4 kWh lithium-ion battery. It supports rapid charging, achieving an 80% charge in just 18 minutes with a 350 kW DC charger, and 73 minutes with a 50 kW fast charger.

Features:

  • Maximum speed — 192 kmph
  • Accelerates from 0 to 40 kmph in — 3.5 seconds
  • Charge Time — 8 hours
  • Battery Type — Lithium-Ion Battery
  • Colour Variants — Moonscape, Snow White Pearl, Runway Red, Aurora Black Pearl & Yacht Blue.

See Kia EV6 Specs and Features here

BMW i4 Range — 590 km

Priced at ₹ 69.9 Lakhs, the BMW i4 offers a comfortable and nimble city driving experience, absorbing bumps and surface imperfections adeptly with its rear air suspension. The M50 variants of BMW i4, equipped with adaptive suspension, further enhance ride comfort, ensuring a pleasant ride even on rough roads. With an 80.7 kWh usable battery capacity, the entry-level eDrive40 Sport boasts an impressive claimed range of up to 590 kms. It features a 340hp rear-mounted electric motor generating 430Nm of torque.

In contrast, the top-tier i4 M50, developed by BMW’s M division, employs dual electric motors — one on each axle — delivering four-wheel drive capability and a robust 544hp with 795Nm of torque.

Performance across the i4 lineup is exceptional. The eDrive40 models accelerate from 0 to 100 kmph in just 5.7 seconds, while the M50 achieves an astonishing 3.9 seconds (potentially even quicker). The top speed is 190 kmph, a conscious compromise to preserve range, as high-speed driving can significantly affect EV efficiency. This BMW model could easily be regarded as one of the longest range electric car in India.

Features:

  • Maximum speed — 190 kmph
  • Accelerates from 0 to 100 kmph in — 5.7 seconds
  • Charge Time — 8 hours 30 mins
  • Battery Type — Lithium-ion battery
  • Colour Variants — Black Sapphire, Skyscraper metallic & Mineral White.

See BMW i4 Specs and Features here

Comments

Post a Comment

Popular posts from this blog

Tokenization Made Simple: Leveraging PCI DSS 4.0 Training for Effective Implementation

Image
  Tokenization has emerged as a crucial strategy within the payment card industry, especially in the realm of   PCI DSS compliance . This security measure replaces sensitive card information like PANs with unique tokens, reducing the risk associated with storing actual card numbers and enhancing overall data security. The approach not only mitigates the vulnerability to data breaches but also streamlines the compliance efforts for merchants. At the core of tokenization is its ability to render meaningless any intercepted data to potential attackers. The token, a randomly generated value, holds no value outside the payment system, ensuring that even if intercepted, the compromised data remains unusable. This process replaces PANs during transactions, offering a secure pathway for purchases. Tokens are unique identifiers specific to a card, a merchant, and a device. With tokenization, only authorized entities like the card network and the issuing bank retain access to a customer’s card d
Read more

Unlocking the Power of Data: Understanding Data Modernization

Image
  In the ever-evolving landscape of technology and business, data has emerged as a cornerstone of success. From informing strategic decisions to enhancing operational efficiency, organizations rely on data to drive growth and innovation. However, as the volume, variety, and velocity of data continue to soar, traditional approaches to managing it are proving inadequate. This is where the concept of data modernization comes into play. Defining  Data Modernization Data modernization is the strategic process of revitalizing an organization’s data infrastructure, systems, and practices to align with current business needs and technological advancements. It involves upgrading outdated data management methodologies and embracing innovative technologies to ensure that data remains relevant, accessible, secure, and actionable. At its core, data modernization is about future-proofing an organization’s data capabilities, enabling it to adapt and thrive in a rapidly changing digital landscape. It
Read more

4 types of cyber threat hunting tools

Image
  Cyber threat   hunting is a vital proactive approach to cybersecurity, essential for identifying potential threats and intrusions within organizational networks. Unlike traditional reactive measures, this process involves actively searching for indicators of compromise (IoCs), advanced persistent threats (APTs), and emerging attack vectors that may be lurking undetected within a system. The effectiveness of threat hunting hinges on a well-structured process that involves planning, baselining, testing, and the use of automated tools. The foundation of threat hunting lies in meticulous planning and hypothesis formulation by experienced  cybersecurity  professionals. They employ various methodologies to create strategies for uncovering potential threats, baselining normal system behavior, and then testing these hypotheses. Automation tools play a crucial role, assisting in threat analysis by identifying suspicious patterns and relationships on a large scale. Several categories of tools
Read more