Tag: electric

  • Next-Generation KTM 390 Adventure to Feature Cruise Control

    KTM USA just revealed the next-generation 390 Adventure at the 2024 KTM Adventure Rally in South Dakota. According to leaked photos of the 2025 KTM 390 Adventure R, the motorcycle will have a cruise control system, which will improve its long-distance touring capabilities.

    The left-hand switchgear contains a cruise control switch and a ‘+/Res’ button for setting and resetting speed, indicating a more relaxed riding experience. In addition to cruise control, the new 390 Adventure is expected to include 390 Duke features, including a bi-directional quick-shifter, lean-sensitive cornering ABS with supermoto mode, traction control, LED lighting, a TFT colour display, and Bluetooth.

    The 2025 390 Adventure will also have a fully adjustable suspension, 21/18-inch spoke wheels with dual-purpose tyres and a 399cc liquid-cooled LC4c engine from the new 390 Duke. The engine produces 45.3 horsepower at 8,500 rpm and 39.5 Nm of peak torque at 6,500 rpm, although KTM may adjust the final drive ratio to meet the adventure bike’s individual requirements.

    The next-generation 390 Adventure series is set to debut at EICMA 2024 in November, with an Indian launch planned for early 2025. The range will most likely feature four variations, as well as a 390 SMC R model based on the same chassis.

  • 16 Safest Cars In India Having Best Global NCAP Rating; All You Need To Know

    With close to 3.8 million new car registrations in 2022, India’s automobile industry is currently valued at $116.86 billion. However, the fatality rate paints a bleak picture about the safety of daily commuters in the country. In fact, India accounts for about 6% of the total global road accidents. About 1,68,000 people lost their lives in road accidents in 2022, which majorly involved two-wheelers. Therefore, in order to address this burning issue, automobile manufacturers are offering airbags, ISOFIX mounts, sturdy structural integrity, driver assistance features and many more features as standard making the cars much more affordable. GNCAP which stands for Global New Car Assessment Programme is a tool that helps buyers in their decision making. In fact, it’s a benchmark that has been created to evaluate the crash-worthiness of the new vehicles built by automobile manufacturers. So here’s a look at top safest cars in India who have the best Global NCAP rating.

    1. Tata Harrier (GNCAP Rating: 5 Stars)

    Priced between ₹15.49 lakhs – ₹25.49 lakhs (Ex-Showroom), the facelifted version released this year is the safest SUV in the world, as it received 5-star safety rating from the Global New Car Assessment Program (GNCAP). Featuring an aggressive styling, the SUV scored 45 out of 49 points in the child occupant category while in the adult occupant category, it scored 33.05 points out of the maximum 34 points. In addition to this, Tata Harrier also features six airbags as standard along with a host of features including ISOFIX child seat mounts, an Electronic Stability program and much more.

    2. Tata Safari (GNCAP Rating: 5 Stars)

    Priced between ₹16.19 lakh- ₹25.49 lakh (Ex-Showroom), the design resembles Harrier. Featuring six airbags, ESP, traction control, ISOFIX child seat mounts, hill-hold assist, Safari scored an impressive 5-star rating in the Global NCAP crash tests by scoring 33.05 points out of the total of 34 points for the adult occupant category.

    3. Volkswagen Virtus (GNCAP Rating: 5 Stars)

    Scoring an impressive 5-star rating in the adult and child occupant categories with a score of 29.71 and 42 points, Virtus is one of the safest sedan cars in India. Priced between ₹11.48 lakh- ₹19.29 lakh (Ex-Showroom), it offers 6 airbags, Electronic Stability Control (ESC), park distance control, rear-view camera, Hill Hold Assist, Multi-collision brakes among many.

    4. Skoda Slavia (GNCAP Rating: 5 Stars)

    Bagging 5 star-safety rating from the Global NCAP crash tests, Slavia comes with safety features like six airbags, ABS, Tyre Pressure Monitoring System (TPMS), Electronic Stability Control among many. The premium mid-sized sedan scored 29.71 points and 42 points in adult and child occupant categories. It is priced between ₹10.89 lakhs – ₹19.12 lakh (Ex-Showroom).

    5. Skoda Kushaq (GNCAP Rating: 5 Stars)

    Scoring 5-star rating in both the adult and child occupant categories – 29.64 and 42, Kushaq is priced between ₹10.89 lakhs – ₹20 lakhs (Ex-Showroom) while offering array of features including six airbags, rollover protection, traction control, ABS, brake disc wiping, TPMS (Tyre Pressure Monitoring System).

    6. Volkswagen Taigun (GNCAP Rating: 5 Stars)

    Scoring an impressive 5-star safety rating from the Global NCAP crash tests, Taigun closely competes with Skoda Kushaq. Taigun is priced between ₹11.62 lakhs – ₹19.76 lakhs (Ex-Showroom).

    7. Hyundai Verna (GNCAP Rating: 5 Stars)

    With safety features including six airbags, hill-start assist, automatic headlamps, ISOFIX child seat mounts among many, Hyundai Verna is priced between ₹10.96 lakhs – ₹17.38 lakhs (Ex-Showroom). Displaying a revamped change to its exterior design, the car features an LED DRL bar at the front.

    8. Mahindra Scorpio-N (GNCAP Rating: 5 Stars)

    Ruling the streets for 2 decades, Scorpio-N is the revamped version of the iconic SUV that boasts of enhanced features and fresh look. Scoring a scintillating 5-star safety rating in the AOP category, it scored 5-star rating in Adult Occupant Protection (AOP) category. It is priced between ₹11.99 lakhs – ₹23.90 lakhs (Ex-Showroom).

    9. Tata Punch (GNCAP Rating: 5 Stars)

    Priced between ₹5.82 lakhs- ₹9.48 lakhs (Ex-Showroom), Tata Punch competes in the micro-SUV segment. It also features a premium hatchback segment with an SUV appeal. Scoring an impressive 16.45 out of 17 in the Adult Occupant Category (AOC) and 40.89 in the COP (child occupant) category, Tata Punch is one of the most sought after cars in the aspect of safety. It comes with two airbags, 4-channel ABS, ISOFIX anchorage for child occupant protection among many.

    10. Mahindra XUV300 (GNCAP Rating: 5 Stars)

    With a 5-star rating from GNCAP, Mahindra XUV300 is priced between ₹8.42 lakhs –

    ₹12.38 lakhs (Ex-Showroom). The SUV comes equipped with six airbags, Corner Braking Control, Hill-start assist among many.

    11. Tata Altroz ( GNCAP Rating: 5 stars)

    Priced between ₹6.20 lakhs – ₹10.15 lakhs (Ex-Showroom), Altroz is one of the safest cars in the country. Safety features include dual front airbags, ABS with EBD, ISOFIX mounts, among others.

    12. Tata Nexon (GNCAP Rating: 5 stars)

    Receiving a 5-star rating from the Global NCAP, Tata Nexon is priced between ₹ 7.54 lakhs to ₹13.80 lakhs (Ex-Showroom). Featuring dual airbags at the front, ABS with EBD among many, Nexon is known as the safest car in India.

    13. Mahindra XUV700 (GNCAP Rating: 5 stars)

    Priced between ₹13.18 lakhs – ₹24.58 lakhs (Ex-Showroom), the SUV scored 5-star rating for AOP with a score of 16.03 and a 4-star rating in the COP category with 41.66 out of 49 points. Featuring 7 airbags, Driver drowsiness system and Forward Collision Warning among many, it offers sound protection to the driver and passenger’s head, neck, chest and knees.

    14. Tata Tigor (GNCAP rating: 4 stars)

    Priced between ₹5.97 lakhs – ₹8.56 lakhs (Ex-Showroom), Tigor is rated 4 stars in the adult protection category. Featuring dual front airbags, rear parking sensors and camera among many, though it offered marginal protection for the driver’s and passenger’s chest, the safety agency noted that the bodyshell of the car is unstable.

    15. Tata Tiago (GNCAP Rating: 4 stars)

    Though it does not feature ISOFIX mounts for the child protection category, it was able to manage a 3-star rating in the concerned category. Featuring dual front airbags, corner stability control and speed sensitive auto door locking among many, it scored 4 stars in the Global NCAP crash test

    16. Renault Kiger (GNCAP Rating: 4 stars)

    Priced between ₹ 5.99 lakhs to ₹10.57 lakhs (Ex-Showroom), Kiger scored 4 stars in the adult occupant category in the Global NCAP crash test. Though the bodyshell was rated stable, in the child occupant category it scored only 2 owing to limited child safety features

  • MG Windsor EV Review: Should You Buy It?

    With the launch of EV Windsor, Morris Garages (MG) is back with a bang for the third time, since its operations started in 2019.

    Marketed as a CUV or Crossover Utility Vehicle, it boasts an unconventional design with a blend of SUV and MPV elements. One key highlight that stands out among its peers is the introduction of Battery-as-a-Service (BaaS), making it much more affordable and cost effective among buyers. With a pleasing aesthetic, Windsor is larger than the size of Skoda Kushaq encompassing a length of 4,295mm, while its width and height are 1,850mm & 1,677677mm.

    Exterior Design

    The front of the EV features a futuristic and sporty design, including a split lighting setup along with a pod-style LED headlights. With LED DRLs on the top, buoyed by flush door handles and 18-inch alloy wheels on the side, Windsor exemplifies itself as an aerodynamic model in the years to come. The charging flap is located below the A-pillar on the front left fender.

    Available in four colours including Starburst Black, Pearl White, Clay Beige, and Turquoise Green, it’s the additional design elements that beautifies Windsor’s visual outreach.

    Windsor’s design may not convince the majority of buyers in general. However, it resembles a distinctive statement.

    Exterior Design

    Windsor has plenty of space in the front and the rear offering a seamless experience to the passengers. Offering an ample amount of headroom, Windsor gives out decent legroom for two adults. The legroom measures 5 foot and 8 inches in height. Giving a top-of-the line experience to the passengers, the reclining rear seat can go up to 135 degrees from the seat base. The front seatback can also recline to the extreme level, which can touch the rear seat base, making for a full lounger ride.

    While the seats give the look and feel of a comfortable & expensive sofa, it has sparked an open debate among the critics.

    Boot Space stands at 604 litres for the lower two trims (Excite and Exclusive), whereas it’s 579 litres for the top Essence trim. The Essence trim features a subwoofer which is mounted in the area below the floor limiting the boot space outreach.

    As far as the cabin is concerned, it has ample storage space for the passengers which includes cup holders and door pockets.

    Features

    Equipped with a large 15.6-inch central touchscreen, it doesn’t hamper passenger’s experience. On the move, the large central touchscreen can be turned off and it also doesn’t hinder your line of sight. With a customisable hot button on the steering wheel along with a series of toggles we can fully adjust things like the Outside Rear View Mirror (ORVMs). However, using them isn’t intuitive in nature. Also, when the phone is connected to Android Auto, it takes up the whole screen. This makes it a time taking price process as the user is few touches away from the main menu.

    On the other hand, the screen features controls including sliders that enables you to adjust the opening of sunscreen up to a specific degree. The cabin encompasses a huge panoramic glass roof that resonates a cosy and airy feel to the sitting passengers. Ambient lighting is also present across the dash and the speaker grilles.

    The dashboard and doors embellish a dark wood trim along with a classy-looking muted gold finish. Windsor has a host of auto climate controls and a full suite of connected car features, which includes some home-to-car functions via JioFiber and onboard Jio apps. As far as the safety is concerned, it includes three-point seat belts for all occupants, six airbags and ESC, which are standard across all the variants.

    Performance

    Producing 136hp and 200Nm of torque, Windsor’s power delivery misses the instant kick, which is the persisting problem among many EVs. But, as far as the drive quality is concerned it offers a relaxed experience. Drive modes include Sport, Normal, Eco and Eco+.

    Even at high speeds, the ride quality never fails to impress the passengers. Though negligible road and wind noise come through the cabin, it could be weaned off via some additional insulation. At city speeds, passengers may feel uncomfortable driving through large bumps and potholes.

    Battery, charging & range

    Windsor offers two battery options (37.9 kWh and 50.6 kWh) internationally. In India the company has rolled out the smaller one giving an average of 31km on the MIDC (Modified Indian Driving Cycle). The company claims that a 7.4kW charger can take up to 6.5 hours to get fully charged while through a 45kW fast charger, it can go from 0-80% in 55 minutes.

    Interestingly, what positions Windsor among its competitors is its Battery As A Service (BaaS) scheme. The company claims that a user would just be required to pay ₹9.9 lakh for the base model and a rental of Rs 3.5/km. It’s actually a loan scheme offered by four selected finance partners. Users can in turn finance the whole car, including the battery or they can pay upfront for the cars and then fix an EMI for the battery. It should be noted that the effective rate per kilometre can vary based on the user’s credit rating.

    Notably, in the Battery-as-a-Service (BaaS) mode, EV owners purchase EV without battery, this reduces the upfront cost of the EVs. In this model buyers have the access to a range of charging stations where they can exchange a depleted battery for a fully charged battery.

    Price & Verdict

    Priced at ₹9.99 lakh with the BaaS scheme, Windsor can start at ₹13.50 lakh and can go up to 15.50 lakh. Offering sleek and appealing looks along with a comfortable seating, MG has done a tremendous job in positioning this product. Additionally, it also offers upbeat power delivery along with a top-of-the line throttle and steering calibration making it the best EV MG has produced till now.

  • 2025 Porsche 911 GT3 Unveiled Worldwide: Discover the Latest Features

    Porsche has officially unveiled the 2025 model of the 911 GT3, coinciding with the 25th anniversary of its legendary 996-generation 911 GT3 range.

    The latest iteration of this performance-oriented vehicle boasts several noticeable updates inside and out, enhancing its appeal. However, under the hood, it retains the same naturally aspirated 4.0-litre flat-six engine, producing a robust 502 BHP and reaching a redline of 9,000 rpm.

    Transmission Options

    Customers can choose between a 7-speed PDK automatic transmission and a 6-speed manual option.

    Looks and Updates

    In terms of design, the new 911 GT3 features a refreshed front fascia with an updated bumper and carbon fiber accents. The oval-shaped LED headlights are complemented by a connected light bar strip at the rear. Additionally, the redesigned diffuser includes a central exhaust for a sporty touch. To enhance safety and aesthetics, the model features a new engine cover and a top-mounted rear wing, eliminating any black plastic elements from the rear for a more appealing look.

    Interior

    Stepping inside, the cabin has received significant updates, including new carbon bucket seats with removable headrests. A modernised digital instrument console and an upgraded infotainment system add to the luxury and performance-focused interior.

  • Retro Design Meets Off-Road Capability

    The new Toyota Land Cruiser Prado features a retro-inspired design and strong off-road capabilities.

    It returned to the U.S. market last year at a more affordable price, aiming to compete with the Ford Bronco and Jeep Wrangler while drawing design elements from the Lexus GX.

    The Prado showcases a boxy silhouette and comes in various trim levels with standard 18-inch wheels and all-weather tires, with an option for larger 20-inch wheels.

    The base model, LC 1958, has a vintage grille, while the mid-level version resembles the FJ62 with rectangular headlights.

    The rugged 2024 Land Cruiser First Edition offers wider wheels and enhanced off-road features.

    Available in seven colors, the Prado measures 4,920 mm in length, 2,139 mm in width, and 1,859 mm in height, with a wheelbase of 2,850 mm and a ground clearance of 221 mm.

    It includes the Toyota Safety Sense 3.0 suite, a trailer hitch with over 2,700 kg towing capacity, and features vary by trim.

    Higher trims offer a 12.3-inch infotainment screen, a 14-speaker JBL audio system, heated and ventilated leather seats, and a moonroof.

    Powered by a 2.4L turbo four-cylinder engine with a 1.87 kWh battery as part of the i-Force Max Hybrid system, the Prado delivers 326 horsepower and 630 Nm of torque, with a full-time 4WD system standard.

    Some markets also feature a 2.8L diesel engine similar to the Fortuner.

  • India Becomes World’s Largest 2-Wheeler Mkt

    New Delhi: India has surpassed China to become the largest two-wheeler market in the world, driven by rising demand in rural areas, supported by favourable monsoon conditions and government initiatives for rural development, a report showed on Friday. Globally, two-wheeler sales grew 4 per cent (year-on-year) in the first half of 2024, according to Counterpoint Research. Although India, Europe, North America, Latin America, and the Middle East and Africa saw growth, China and Southeast Asia (SEA) experienced a decline.

    Senior analyst Soumen Mandal said that India’s two-wheeler market saw a remarkable 22 per cent YoY growth in the first half this year. “This strong performance allowed India to surpass China and become the world’s largest two-wheeler market,” he mentioned. Two-wheelers saw strong double-digit growth (year-on-year) in the second quarter of this fiscal in India.

  • TapFin, IIT Bombay Team Up To Create Sustainable EV Solutions

    TapFin, an integrated sustainability tech platform, announced the signing of a Memorandum of Understanding (MoU) with the EV Powertrain Lab at the Indian Institute of Technology Bombay (IIT Bombay). The collaborative efforts will focus on addressing the challenges in EV financing and bridging the gap with innovative solutions that make electric vehicle ownership more accessible and discover more commercially viable and sustainable use cases for the deployment of electric vehicles.

    With this partnership, TapFin and IIT Bombay aim to create a vibrant ecosystem that bridges the gap between academia and industry by driving knowledge exchange, research collaboration, and the development of industry-relevant skills.

    Under the MoU, TapFin and IIT Bombay will collaborate on joint research and knowledge exchange in the electric vehicle ecosystem, focusing on creating industry-ready solutions. The partnership will enable students from IIT Bombay with an increased exposure to industry trends and challenges, helping students and researchers work on real-world projects that align with industry needs. TapFin, on the other hand, will leverage IIT Bombay’s academic expertise to further its innovations and propositions for business participants in the electric vehicle space. TapFin will also participate in IIT Bombay’s annual EV Career Day, providing students with exposure to real-world industry challenges and recruitment opportunities.

    Talking to Bizz Buzz, Aditya Singh, Co-Founder & CEO of TapFin said: “We’re excited to join hands with IIT Bombay’s EV Powertrain Lab! This MoU is a big step forward in our mission to drive innovation in green mobility. With the incredible talent at IIT Bombay, we’re eager to push the limits of EV technology and bring real-world solutions to life’.”

    By tapping into the brilliant minds at IIT Bombay, we look forward to pushing the boundaries of EV technology and creating solutions that have a real-world impact, he added.

    “The partnership with TapFin aligns with our mission to strengthen collaboration between academia and industry. The EV Lab is excited to work with TapFin to develop industry-focused research and solutions that will shape the future of electric mobility,” said Prof Sandeep Anand, IIT Bombay.

  • India surpasses China to become largest two-wheeler market globally

    New Delhi, Oct 18: India has surpassed China to become the largest two-wheeler market in the world, driven by rising demand in rural areas, supported by favourable monsoon conditions and government initiatives for rural development, a report showed on Friday.

    Globally, two-wheeler sales grew 4 per cent (year-on-year) in the first half of 2024, according to Counterpoint Research.

    Although India, Europe, North America, Latin America, and the Middle East and Africa saw growth, China and Southeast Asia (SEA) experienced a decline.

    Senior analyst Soumen Mandal said that India’s two-wheeler market saw a remarkable 22 per cent YoY growth in the first half this year.

    “This strong performance allowed India to surpass China and become the world’s largest two-wheeler market,” he mentioned.

    Two-wheelers saw strong double-digit growth (year-on-year) in the second quarter of this fiscal in India.

    In China, two-wheelers under 125cc remain popular, but consumers are increasingly opting for e-bicycles over motorcycles and scooters for daily commuting. This shift has led to a temporary slowdown in the Chinese two-wheeler market, particularly in the electric segment.

    In South East Asia, major markets such as Indonesia, Vietnam, the Philippines, Thailand, and Malaysia saw a decline in two-wheeler sales due to geopolitical trade tensions, stricter lending criteria, and cautious consumer spending amid economic uncertainty.

    The top-10 global two-wheeler manufacturers captured over 75 per cent of sales during H1 2024.

    Honda maintained its leading position in the global two-wheeler market, followed by Hero MotoCorp, Yamaha, TVS Motor and Yadea.

    TVS Motor was the fastest-growing brand (up 25 per cent YoY) among the top-10 brands while Yadea declined the most (down 29 per cent YoY), slipping to fifth position.

    Neil Shah, Vice President of Research, said that electrification is on the rise, and by 2030, we expect four out of 10 two-wheelers sold to be electric.

    “This shift is also accelerating the adoption of embedded cellular connectivity in the two-wheeler segment. As the automotive industry advances toward C-V2X technology, the two-wheeler segment will follow suit,” he noted.

  • India EV charging guidelines need closer collaboration among stakeholders • EVreporter

    The Ministry of Power issued the latest guidelines for EV Charging Infrastructure on Sep 17, 2024. The new guidelines received a mixed reception from Charge Point Operators (CPOs). On the positive side, the government has acknowledged various challenges repeatedly raised by industry. However, despite these improvements, there are still gaps in the guidelines that must be addressed to create a fair and competitive environment for private CPOs and establish a thriving ecosystem.

    The Indian Charge Point Operators Association — comprising seven members, Jio BP, ChargeZone, Zeon, EVRE, GLIDA, and two manufacturers, Ador and Mindra — has been sharing its recommendations with the Ministry of Power and the Bureau of Energy Efficiency to present the industry perspective while the guidelines were being prepared.

    Mr Awadhesh Jha from GLIDA, who is also Chairman of the Indian Charge Point Operators Association (ICPOA), shares the association’s feedback on the published guidelines from the perspective of public charging infrastructure for electric cars.

    The latest guidelines released by the Ministry of Power are a step in the right direction as they aim to establish the infrastructure necessary for widespread electric vehicle adoption. While these new guidelines have made some directional improvements, they also add significant implementation challenges on the ground.

    One positive aspect of the recent guidelines is the recommendation to increase the LT (Low Tension) threshold across the country to 150 kilowatts. It is a favourable move for developing public charging infrastructure; however, how this will be implemented remains uncertain, as this decision lies with individual regulators. The feasibility of changing the entire electrical infrastructure across the country to accommodate this increase would be challenging, but as CPOs, we view the 150-kilowatt recommendation positively, as it can support 2 to 3 fast chargers at one location, which would ease charging by end users.

    State PSUs, Central PSUs, or state agencies can acquire locations from municipal corporations or other landowning govt agencies at a flat ₹1 per kWh revenue share without going through a tender process. The guidelines for private operators mandate that such public locations can be made available to private CPOs through competitive bidding where ₹1 per kWh is a floor price for revenue share and the highest bidding CPO would get access to these locations. As an association, we are fine with these modalities, as we fully understand that government resources cannot be allocated to private entities without a fair and competitive bidding process. 

    However, why treat state agencies preferably for securing locations that are critical for developing widespread public charging? We observe that many of the agencies who get access to such public spaces on a preferential basis do not invest in developing the charging stations themselves; rather, they further tender out to “offer right to use” such locations by asking for additional revenue to be shared with them. This distorts the entire ecosystem without adding any value to end users. 

    We suggest bidding should be mandatory for all, including central government agencies, to create a level playing field. 

    The new guidelines specify timelines—3 days, 7 days, 15 days—for providing connections.

    For effective implementation of these timelines, the Ministry of Power should facilitate discussions between CPOs and the Forum of Regulators. This forum includes all state regulators and the Central Electricity Regulatory Commission (CERC), and they collaborate to develop a common regulatory framework. Without such coordination, states may continue to have varying guidelines and policies, as electricity is a concurrent subject.

    The Forum of Regulators should engage with CPOs directly. There should be an open and free-flowing discussion between CPOs and the Forum of Regulators because CPOs are the recipients of the services, while they are the custodians of offering these services through distribution companies. More engagement between the CPOs and the Forum of Regulators would bring in perspectives that regulators might be missing.

    We do not support regulating the service fee cap. It should be left to the market, which would take care of the price. The government’s involvement in capping service fees may not be necessary, as the market is already functioning with a reasonable range of prices, from ₹6 to ₹20 per kWh, based on location and service quality. There’s no need for regulatory interference, as customers naturally gravitate towards services that meet their needs.

    Further, the new guidelines have three elements: a Service fee cap for recovering capital costs, Electricity as a pass-through, and land cost as a pass-through. Even though the intent is positive, this introduces unnecessary complications. The guidelines do not clarify how to standardise land costs across different locations with varying utilization rates, leading to a per-kWh rate that changes based on site-specific factors. Additionally, every state might interpret these guidelines differently, creating inconsistencies that charge point operators (CPOs) will have to navigate.

    For example, how will the land cost be converted into a per-kWh charge and passed on to the customer? Different locations will have varying utilisation levels, which are known only after the designated period. Not only will the per-kWh rate differ based on how much a location is used, but it is difficult to recover from the end user as the market has moved to a pre-paid model. 

    Another challenge arises in administering the fixed demand charges of electricity. For instance, if a CPO in Bangalore has a 100-kilowatt connection and pays a monthly fixed fee, how will this cost be passed to customers when usage fluctuates monthly? Unlike variable energy costs, fixed costs are harder to recover. A reconciliation at the end of the year isn’t practical, as customers charge and leave, making it difficult to recoup these expenses. This needs deeper engagement among Discom, CPOs, and regulators to arrive at the right modalities.

    Furthermore, the service fee cap, set at ₹11 and ₹13 for solar and non-solar setups, lacks clarity on its applicability. A high-end charger capable of dispensing 25 to 160 kW costs more, but the fee is capped at ₹11 or ₹13; the CPO has no incentive to deploy advanced technology or set up infrastructure in remote areas.

    Overall, capping the service fee is neither practicable nor desirable in developing a robust charging infrastructure. 

    The guidelines mention that DISCOMs could be nodal agencies, which raises a conflict of interest. In some states, DISCOMs are also CPOs, which not only provide electricity connections but also set up charging infrastructure. Allowing a DISCOM to act as a CPO and a nodal agency within its jurisdiction creates an unfair advantage, as they control the connections and locations. We believe DISCOMs should not operate as CPOs within their licensing areas.

    Open access regulations, though useful, pose issues for public charging stations. Predicting energy usage for the next day in 15-minute blocks is nearly impossible due to the unpredictability of vehicles. Predicting the number of vehicles and the capacity getting utilised on a day-ahead basis would be challenging for public charging stations. Consequently, open access with a scheduling requirement is not feasible. A significant penalty is incurred under the Demand Settlement Mechanism (DSM) if a schedule is submitted and unmet.

    The current open access framework allows a one-month banking period. Extending this banking period to one year for EV charging could provide considerable benefits. While we have not conducted a detailed analysis on the impact of a one-year banking period, we are confident that, given the increasing adoption of vehicles, a CPO could minimise the effects of the DSM within that time frame. If this change is implemented, open access could become highly beneficial.

    However, without such a change, there are still opportunities to enhance the charging experience. For example, many DISCOMs have introduced the green tariff concept, allowing regular EV connections to be converted to green tariffs. Although this may involve a slightly higher fee, it enables users to claim that they are using completely green energy, positively influencing their driving experience. This initiative also aids discounts in procuring more renewable energy, even without specific obligations, thus helping to build a consumer base.

    To implement these guidelines effectively, the Ministry of Power, the Bureau of Energy Efficiency, or any DISCOMs could facilitate interactions between CPOs and regulators. This would be a significant step forward, ensuring that these guidelines do not remain merely theoretical.

    Also read: What is meant by EV charging conformance?

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  • Maruti Suzuki’s Manesar Facility Achieves Cumulative Production of 1 crore Units

    Hyderabad: Maruti Suzuki India Limited (MSIL) announced the crossing of the 1 crore cumulative production milestone at its Manesar facility. With this, the Manesar facility became the fastest among Suzuki’s global automobile manufacturing facilities, to reach the milestone in just 18 years.

    On attaining the milestone, Hisashi Takeuchi, Managing Director & CEO, Maruti Suzuki India Limited said, “As we reach this important landmark, I thank our customers for placing their trust in us. I also thank all our employees, business associates and Government of India for their continued support.”

    He added, “Crossing the 1 crore cumulative production mark at our Manesar facility is a testament to India’s manufacturing capability and our commitment to the larger national goal of ‘Make in India’. With a strong focus on local manufacturing of components, since inception, the company has been able to establish a vast supply chain in India. Through our large-scale manufacturing facilities, we have been able to provide direct and indirect employment to millions of people. Along with our supply chain partners, we will continue to contribute to making automobile industry in India self-reliant and globally competitive.”

    Spread over 600 acres, the Manesar facility began operations in October 2006. The Company manufactures Brezza, Ertiga, XL6, Ciaz, Dzire, Wagon R, S-Presso and Celerio at this facility. These models are sold in the domestic market and are exported to regions like Latin America, Middle East, Africa, and neighboring countries in Asia. Maruti Suzuki’s first passenger car to be exported to Japan, the Baleno, was also manufactured at this facility.

    Maruti Suzuki’s overall production capability stands at about 2.35 million units per annum. Since inception, the company has produced over 3.11 crore vehicles.