Tag: electric

  • IIT Madras Partners with Hindustan Zinc to Develop Adv Zinc-Air Battery Tech

    Hyderabad: In a landmark move supporting the ongoing global energy transition, Hindustan Zinc Limited, India’s largest and the world’s second-largest integrated zinc producer, has signed a memorandum of understanding (MoU) with Indian Institute of Technology Madras (IIT Madras).

    This strategic collaboration aims to develop a ground breaking 1 kWh electrically-rechargeable Zinc-Air battery prototype, reaffirming both institutions’ commitment to advancing the future of sustainable energy solutions.

    This partnership marks a significant step forward in the evolution of zinc-based battery technologies, leveraging zinc’s abundant resource availability, cost-effectiveness and established safety record.

    While lithium-ion batteries currently dominate the market, their high cost, limited resource availability and safety concerns present major challenges that zinc-based alternatives can effectively address.

    Speaking about this collaboration, Arun Misra, CEO, Hindustan Zinc Limited, said, “Zinc, a critical metal across numerous industries, is set to play a crucial role in the global energy transition. Our metal offers a sustainable and economically viable alternative to lithium in energy storage technology. Our partnership with IIT Madras will advance research on zinc-air battery technology, that will redefine the future of energy storage. By exploring new applications of zinc in energy storage, we are committed to contributing to a greener and more sustainable future for the generations to come.”

    Leading the research team from IIT Madras, Prof Aravind Kumar Chandiran, Head of Hyundai Hydrogen Innovation Hub, IIT Madras, brings extensive expertise in energy storage solutions like solar cells and zinc-air batteries. His research team has already developed a prototype rechargeable Zinc-Air battery and holds three Indian patents for innovations in leak resistance, anode recharging and anode replacement design. This collaboration aims to enhance energy storage systems, with potential applications in renewable energy, data centres and telecommunications.

    Highlighting the expected outcomes, Aravind, who is also a faculty in the Department of Chemical Engineering, said, “”Zinc-air batteries offer a promising solution for overcoming the challenges faced by current energy storage technologies. Our partnership with Hindustan Zinc allows us to leverage our expertise in zinc-air battery research and their industry leadership in metals to develop innovative solutions that act as significant energy storage systems for EVs and stationary storage systems. The successful development of this prototype will accelerate India’s capabilities in advanced battery technologies and pave the way for further innovations in the field”

    Zinc-Air batteries are emerging as a viable alternative, known for their long-duration storage capabilities, durability and potential to be a more affordable alternative to lithium-ion batteries. Compared to lithium, which is over four times more expensive, zinc offers a more affordable solution with superior performance attributes.

    Historically, zinc-based primary batteries have long held a significant market share in India and globally. The stable chemistries offered by zinc have been in wide circulation since the 1800s and are a part of everyday use in toys, remote controls, wall clocks etc. Recent advancements in rechargeable zinc-based batteries are paving the way for innovation across diverse sectors.

    This battery technology is much more stable than lithium-ion chemistry and safe for vehicles since it utilizes water-based electrolytes and no flammables. Zinc-Air batteries offer longer life cycle and operate at low power with higher energy efficiency compared to lithium-ion batteries.

    In terms of performance Zinc-Air batteries are superior to lithium-ion, making it an ideal choice for two and three wheelers as well. Globally zinc-based batteries have proven dependable and successful in the high-end defence sector (including aerospace and marine), renewable energy and critical infrastructure for data centres and 5G telecom, etc.

    Prof Manu Santhanam, Dean, Office of Industrial Consultancy & Sponsored Research, IIT Madras, expressed his enthusiasm for the collaboration: “We are glad to partner with Hindustan Zinc Limited to develop next generation zinc-air batteries with inhouse resources and technologies. Our partnership will strengthen India’s goal on self-reliant energy.”

    Earlier research in zinc-air battery technology by IIT Madras has yielded remarkable results which has addressed the shortcomings of lithium-ion batteries the market is currently grappling with, so far. Unlike the replacement of whole battery packs in the case of lithium-ion batteries, used zinc battery cassette packs can be removed and replaced with fully charged ones thereby adding rechargeability to the list of advantages. Zinc-Air batteries signify a tremendous leap in the energy storage segment for being green and economical.

    The global battery industry is evolving rapidly, driven by an urgent need for sustainable energy storage solutions. According to recent projections by Bloomberg NEF report, the global energy storage market is expected to grow at an annual rate of 21 per cent, reaching 442 GWh by 2030. In India the rapid growth in solar power production will need enhanced energy storage solutions for storage and usage. Hindustan Zinc’s collaboration with IIT Madras is strategically focused to contribute to this growth by advancing zinc-based technologies that promise a safer, more sustainable alternative to lithium-ion batteries.

    This MoU with IIT Madras complements Hindustan Zinc’s ongoing efforts in the battery storage space. Recently, the company signed an MoU with Jawaharlal Nehru Centre for Advanced Scientific Research (JNCASR) to develop next-generation zinc-ion batteries. Prior to that, Hindustan Zinc partnered with AEsir Technologies, Inc., a US-based company specializing in next-generation nickel-zinc battery technologies.

    Hindustan Zinc, a Vedanta Group company, is the world’s second-largest integrated zinc producer and the third-largest silver producer. The company supplies to more than 40 countries and holds a market share of about 75 per cent of the primary zinc market in India. Hindustan Zinc has been recognized as the world’s most sustainable company in the metals and mining category by the S&P Global Corporate Sustainability Assessment 2023, reflecting its operational excellence, innovation, and leading ESG practices. As a world leader in the metals and mining industry, Hindustan Zinc is pivotal in providing critical metals essential for the global energy transition for a sustainable future.

  • Building a resale platform for L5 electric three wheelers • EVreporter

    Bangalore-based Vidyut has been simplifying commercial EV ownership. The company uses an asset underwriting algorithm and battery health data analysis to offer EV insurance, repair, maintenance, servicing, and breakdown support.

    Recently, Vidyut also launched an EV resale platform, one of the first in the industry for the 3W commercial vehicle segment. This platform manages end-to-end processes, including inspection, valuation, sale, and RTO documentation, to build the resale market for individual owners. The resale operations are based in Delhi NCR, Bangalore, and Hyderabad.

    At EVrepoter, we recognise that the reuse and repurposing of previously owned EVs is a pressing issue for the industry and financiers. In this exclusive interaction with Xitij Kothi, Co-founder – Vidyut, we discuss the market for EV resales in India and the start-up’s approach towards solving EV resale.

    We don’t operate in the L3 or low-speed 2W segments, primarily because they’re unregistered and heavily dominated by lead-acid batteries. Vidyut focuses more on the lithium-ion segment, and for the past 2.5 years, our focus market has been the L5 3-wheelers in the passenger and cargo segments. The used EV market is fragmented and unorganised, with many small, local dealers in this space. The structure for used commercial EVs is still emerging.

    For every new electric 3W or small commercial vehicle sold, at least 2 to 3 exchanges happen during its 10-12 year lifespan, i.e., commercial vehicles typically get sold at least twice, if not more.

    In terms of volume, one can estimate a 1:2 ratio between new vehicle sales and used vehicle transactions.

    We provide end-to-end services to the buyer as well. While we facilitate the sale, we ensure that the vehicle delivered to the buyer is in the best possible condition. Currently, we don’t take vehicles onto our books, but we do offer refurbishment services along with managing the RTO and documentation required for transferring the registration from the seller to the buyer.

    Here’s how the process works:

    If a consumer or fleet owner wants to sell their used 3W, they approach us. Our team visits the customer’s location and conducts a detailed vehicle inspection. This includes a physical inspection, a charging range test, and a driving test. Additionally, with the seller’s consent, we access historical battery data through the OEM to predict the remaining useful life.

    We combine the physical inspection results and battery data analysis to generate a valuation report reflecting the vehicle’s residual value. This report is used to attract potential buyers. As buyers show interest, they may request repairs or refurbishments, which we handle and factor into the vehicle’s final price before completing the sale.

    We also manage the entire registration transfer process. In collaboration with some OEMs, we’ve started offering extended warranties on used vehicles through our platform. For instance, with Euler, we now provide a recertification process where used vehicles come with an extended OEM warranty of 1 to 3 years. We’re in talks with other OEMs to expand this offering.

    That’s a fair question, and it’s a topic that has been analyzed in the past, especially in the car segment, regarding the economic viability of such businesses. When you buy vehicles to hold as inventory before selling them, there’s definitely more risk involved. The price you pay for the vehicle is crucial because your profit margin is determined by the selling price minus the buying price, which must cover all associated costs. If there’s significant competition in the market, this can inflate the buying prices, reducing your margins. That’s why we’ve been cautious about scaling up by buying vehicles for our inventory.

    Instead, we focus on facilitating sales. Once the sale price is agreed upon, we begin calculating costs for refurbishments and logistics. Our approach has been to provide sellers with a valuation report based on our inspection, allowing us to align on a price point we can likely sell the vehicle for —typically within a 5% range. If the seller agrees to that price, we collect a small booking amount to initiate the process, which helps build trust while covering some initial costs.

    After that, we identify potential buyers for the vehicle. The refurbishment and logistics costs are incurred only after the seller has agreed to the sale and its associated costs. This strategy minimizes risk compared to holding inventory, as we only spend on refurbishment once there’s a committed buyer. While this process may take longer, it’s necessary given the current market dynamics. There’s a scarcity of credible platforms for sellers to trust, and they often struggle to find good values for their EVs.

    As the market matures and liquidity improves, we’ll look into potentially holding inventory, but for now, building trust is our core focus.

    We want the seller of the used vehicle to realise the maximum resale price, while the buyer should be able to buy it at the lowest possible price. This means that any margin we need to make in between for viability should be minimal.

    We want to ensure that refurbishment costs, including any necessary spare parts replacements, are managed effectively. Direct partnerships with these suppliers will definitely help us achieve that at scale. Currently, we’re still in the early stages and have just started operating in a few cities. Right now, we work directly with the OEMs because we want them to be involved in the overall development of the used vehicle market. It’s better for the vehicles to be refurbished at authorized dealers and service centres using OEM-provided parts. As our scale and volume increase, it will make sense to partner more closely and directly reach out to their suppliers for spare parts when needed. Ultimately, we aim to narrow the margin between the selling price and the buying price.

    Financing for used electric vehicles is indeed trickier than for new EVs. In new EV financing, the residual value poses significant challenges for financiers, leading to a more conservative approach. For used EVs, an additional factor is the remaining life of the asset—what tenure can financing be provided for? Not all vehicles come with warranties, and sometimes the warranty expires upon resale. Some OEMs do offer warranty transfers, but the duration is often limited. Since this market is still nascent, financiers are cautious about how long the asset will last.

    It’s crucial to establish an accurate valuation throughout this process. Many issues still need to be addressed in new EV financing, making used EV financing a lower priority for most financiers. However, some new-age financiers are operating in this space, such as Seed Capital and Perpetuity Capital, which have engaged in used EV financing. We are also in discussions with some lenders to scale up used EV financing, as enhancing liquidity for buyers is essential.

    I’ll recap the challenges in the used vehicle space:

    • Building trust and establishing accurate valuations – Even if we develop a robust method for inspecting and valuing vehicles, the market will need time to verify that our claims hold true. As we gradually begin financing and selling used vehicles, we will gather consumer feedback and performance data to help validate and build confidence in the ecosystem. Right now, the state of used EVs resembles the state of new EVs back in 2021.
    • Financial participation in the used vehicle market is crucial – Achieving similar scale and distribution for used EVs will take time, but we are actively investing to expedite this process.
    • Need to solve trust issues for consumers
    • Access to third-party parts for vehicles

    As the ecosystem matures and OEMs develop partnerships, it should become easier for used EVs to thrive. Quick and efficient repairs will be key, even without warranties.

    Over the next few years, we plan to expand beyond three-wheelers to multiple vehicle categories and introduce additional service lines throughout the ownership journey. Ultimately, we want to make the entire ownership experience more convenient, stress-free, and affordable for individuals.

    Also read: EV ownership solutions provider Vidyut secures USD 10M in Series A

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  • Maruti Ertiga: Best 7-Seater Car

    The Maruti Ertiga was the top-selling 7-seater car in September 2024, with 17,441 units sold.

    This budget-friendly MPV is practical and offers many features that families love.

    Key Features of the Maruti Ertiga:

    Engine Options: It has a 1.5-litre petrol engine that produces 103PS and 137Nm of torque, plus a CNG variant for more flexibility.

    Fuel Efficiency: The petrol model gives 20.51 kmpl, and the CNG version offers 26.11 km/kg, making both economical for daily use.

    Comfort and Convenience: The Ertiga includes features like paddle shifters, automatic headlights, air conditioning, and cruise control for a better driving experience.

    Infotainment System: It has a 9-inch touchscreen with Suzuki SmartPlay Pro technology, allowing voice commands and connected car features.

    Connected Car Technology: The Ertiga has vehicle tracking, tow away alerts, geo-fencing, over-speeding alerts, and remote functions for added safety and convenience.

    Safety Features: A 360-degree surround view camera improves visibility and helps with parking in tight spaces.

    With its spaciousness, efficiency, and modern features, the Maruti Ertiga is an excellent choice for families looking for a reliable and affordable 7-seater vehicle.

  • Over 10K consumer complaints against Ola Electric in last 1yr; CCPA issues notice to company

    New Delhi: Consumer rights regulator CCPA has slapped a notice on electric two-wheeler manufacturer Ola, as it initiates a class action after over 10,000 complaints related to quality and after-sales service remained unaddressed, according to sources. The National Consumer Helpline (NCH) has been getting complaints against Ola Electric for the last one year, which were escalated to higher levels at the company for redressal “but there was little interest shown in redressing these complaints”, said a source. Subsequently, the Central Consumer Protection Authority (CCPA) “started examining these complaints for class action and found that over the last one year, NCH received over 10,000 complaints”, the source added.

    According to the source, the major categories of consumer complaints include charging during the free service period/warranty, delayed and unsatisfactory services, refusal or delay in warranty services, inadequate services, recurrent defects despite services, inconsistent performance with advertised claims, overcharging and inaccurate invoices. Also, failure to provide refunds and documentation, unprofessional conduct and complaint closure and multiple issues with battery and vehicle components were highlighted by the aggrieved consumers, a source said. As per the CCPA, the major grounds for issuing show cause notice are alleged violation of consumer rights, deficiencies in services, misleading claims, and unfair trade practices. On October 7, the CCPA issued the show cause notice against Ola Electric and gave 15 days for the company to respond.

    Before issuing the notice, the CCPA headed by Chief Commissioner Nidhi Khare and Commissioner Anupam Mishra examined those consumer complaints for class action. On October 7, Ola Electric informed stock exchanges that the company received the show cause notice from the CCPA. The authority has provided a timeline of 15 days for the company to respond to the show cause notice, the filing had said. The company said it would respond to the authority within the given timeframe with the supporting documents. The Department of Consumer Affairs has revamped the National Consumer Helpline (NCH), which has emerged as a single point of access to consumers across the country for grievance redressal at the pre-litigation stage. It is available to all consumers of the country wherein consumers can register their grievances from all over the country in 17 languages through a toll-free number 1915.

    These grievances can be registered on the Integrated Grievance Redressal Mechanism (INGRAM), an omnichannel IT-enabled central portal, through various channels- Whats App, SMS, mail, NCH app, web portal, and Umang app as per their convenience. Ola Electric sells three models of electric scooters at the moment, and in August this year announced its foray into the electric motorcycle segment. Earlier this week, a war of words broke out between Ola founder Bhavish Agarwal and stand-up comedian Kunal Kamra on social media platform X over the after-sales and service quality of the company’s electric scooters. Kamra had taken up after-sales and service issues faced by Ola Electric customers.

  • Elon Musk Introduces Groundbreaking ‘Cybercab’ Robotaxi

    After nearly five years of anticipation and unmet expectations, Elon Musk, the innovative CEO of Tesla, has finally revealed the long-awaited robotaxi, named Cybercab.

    Musk arrived nearly an hour late to the high-profile “We, Robot” event, which was broadcast live from Warner Bros. Studio in California, appearing in one of the 50 Tesla robotaxis that had been circulating around the venue. In fact, the event’s biggest surprise was the introduction of Tesla’s Robovan.

    Tesla Cybercab features: Elon Musk’s futuristic taxi

    Musk described Cybercab as “a sleek, sustainable, and intelligent robotaxi that will transform urban mobility.” The autonomous robotaxi Cybercab is a purpose-built vehicle, lacking a steering wheel or pedals, which means it will need approval from regulators before going into production. “Cybercab has no steering wheels or pedals,” Musk said while speaking at the event.

    This futuristic design also features butterfly-wing doors and a compact cabin with room for only two passengers.

    Cybercab launch details

    Musk announced that production of the Cybercab will begin in 2026, with a retail price expected to be under $30,000 (approximately ₹25.2 lakh). He also mentioned, “It will be more affordable than public transit.” Fully autonomous vehicles, starting with the Tesla Model 3 and Model Y, should be operational in Texas and California by next year, with plans to include the Model S and Cybertruck as well. The production of Cybercab, optimised for complete self-driving capabilities, is set to start in 2026.

    Robotaxi by Tesla: Unveiling a New Era

    Unlike competitors that rely on costly lidar systems, Musk has opted for a more economical solution, employing only cameras and AI for Tesla’s Full Self-Driving (FSD) system. However, this approach has faced regulatory scrutiny and legal challenges, particularly following investigations into two fatal accidents involving the technology, raising concerns about Tesla’s autonomous driving strategy.

    In a nutshell, by eliminating traditional driving controls, Tesla aims to create a more spacious and user-friendly interior that enhances the overall passenger experience.

  • 2000V DC architecture for BESS and solar PV systems • EVreporter

    1500V DC architecture has been the norm for the last few years since it was upgraded from 1000V DC architecture. However, many companies are planning a shift to 2000V DC architecture, where the operating range would be between 1500V to 2000V DC.

    • Reduces the cost of Copper DC cables involved in Battery Systems and Solar PV Systems
    • Allows for more (30%) MW capacity of Battery PCS/Solar Inverter for the same footprint.
    • Reduces the cost of the overall project and enables better LCOE (levelized cost of electricity).
    • Going for a higher voltage is not straightforward. Their certifications are more difficult. In 2022, a popular inverter company planned to use a 3000V DC architecture but later cancelled the project due to certification challenges.
    • New IEC standards need to be developed for systems above 1500V DC, as above 1500V DC is considered a high-voltage system.
    • Sungrow integrated 2000V DC inverters into a grid-connected solar PV project in 2023.
    • Battery companies like REPT and Envision have already launched 2000V DC architecture BESS.
    • Many companies are gearing up to launch 2000V DC architecture inverters (Solar and Battery) and BESS.
    • In 2021, Hioki launched a high-voltage probe as per CAT III 2000V safety standards for solar PV measurement.
    • Battery Cluster Testing machines have come in the market which support 2000V DC, 300A. Previously, they were making 1500V, 400A type. The power of 600kW is kept the same, and the DC voltage platform has been changed from 1500V to 2000V.

    Seeing the whole ecosystem build-up, it is definite that 2000V DC architecture is bound to come. It might come earlier than we think.

    Rahul Bollini is an R&D expert in Lithium-ion cells with 9 years of experience. He founded Bollini Energy to assist in deep understanding of the characteristics of Lithium-ion cells to EV, BESS, BMS and battery data analytics companies across the globe. Rahul can be reached at +91-7204957389 and bollinienergy@gmail.com.

    Also read: Derating of Lithium-ion Cells | Relationship between SoC, C rate and temperature

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  • Complaints Also Grow Against Ather Energy E-Scooters

    New Delhi: As Ola Electric users continue to flood social media platforms against poor service and myriad other problems, IPO-bound electric two-wheeler maker Ather Energy is also facing a number of complaints against its e-scooters on social media.

    On X (formerly Twitter), Ather customers have shared a range of problems – from hardware to software and delivery delays – to which, the company has responded to resolve their issues fast.

    “Serviced on 14th Sep for 10k odometer, given many issues in scooter, none of them are attended saying no stock spares. Escalated to @atherenergy, suggested to drop scooter for analysis, so dropped on 3rd OCT, Yesterday delivered with Fork, key slot replaced. But incomplete fitting,” posted an Ather e-scooter user on Wednesday. Another commented: “@atherenergy I’m having trouble with my 450X. For 2 days when I stop the throttle, the vehicle slows down immediately. Earlier this was not the case. Kindly assist me whether this is a software problem or should I visit the service centre”.

    “@atherenergymy charger has not been working for the past 12 days. Went to the service centre and the new charger will be provided in 7-8 days, still no reply from the service centre when i call they don’t answer the phone, I call from another number they tell me well call you,” said another Ather user.

  • Alt Mobility expands EV leasing to 4W passenger transport • EVreporter

    Alt Mobility, a provider of electric vehicle (EV) leasing and asset lifecycle management, has announced its entry into the commercial 4-wheeler passenger vehicle market. The expansion of its lease services focuses on supporting employee transportation, ride-hailing services, airport cabs, hotels, and tourism segments in their transition to electric vehicles, in line with corporate net-zero goals.

    The global employee transportation market is projected to reach $13 billion by 2030. A company statement said that in addition to environmental benefits, EVs offer significant cost savings compared to internal combustion engine (CNG) vehicles, with an estimated 80% reduction in monthly operating costs (including fuel/charging and service) and 35% in total cost of ownership (TCO), which covers financing, insurance, energy, servicing, battery replacement, and salvage value over a 10-year period.

    For example, the monthly operating cost for CNG vehicles is ₹5.2/km, while for EVs, it is ₹1.2/km, with the TCO at ₹7/km for CNG and ₹4.6/km for EVs. These figures are based on the Tata Tigor Express 2.0, assuming 220 km/day over 26 days a month.

    Dev Arora, Co-founder and CEO of Alt Mobility, stated, “The journey to fleet electrification is complex across the value chain, in the 4-wheeler passenger segment especially where hubs, charging infrastructure and reliable vehicles are required to maintain high uptime and availability for taxis and employee fleets. Our integrated approach in providing managed fleet-as-a-service is designed to provide a tailored service to businesses integrating EVs, hubs, charging, servicing, battery refurbishments, and upgrades, along with uptime management and empowering ESG compliances to simplify the overall EV experience. We look forward to supporting businesses to embrace cleaner, smarter, and more affordable transportation.”

    Alt Mobility’s leasing services help businesses reduce capital expenditures on electric vehicles, allowing them to acquire more vehicles and expand operations. The company’s integrated fleet-as-a-service model also reduces infrastructure setup costs while ensuring fleet reliability.

    Alt Mobility has already supported several fleet operators, including Snap E-Cabs, Zero Leap, and Refex Green Mobility, in deploying EV 4-wheeler fleets in Kolkata, Pune, and Bangalore. The company aims to add 3,000 passenger 4-wheelers to its fleet by March 2026.

    Also read: Alt Mobility secures USD 6M in a round led by Shell Ventures, Eurazeo, EV2, and Twynam

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  • No Respite For Ola Electric

    New Delhi: From a show-cause notice from the government to consumers flooding social media platforms over myriad complaints regarding its e-scooters and service centres—while its share continues to slide—there appears no respite for Bhavish Aggarwal-run Ola Electric.

    On Tuesday, Ola Electric’s share touched its lowest at Rs 86 apiece before recovering a bit—a massive 43-35 per cent drop from its all-time high of Rs 157.40 a few days earlier. The stock made its public debut at Rs 76 apiece.

    In a stock exchange filing, the EV company admitted that it has received a show-cause notice from the Central Consumer Protection Authority (CCPA).

    “The Central Consumer Protection Authority has provided a timeline of 15 days to the company to respond to the show cause notice. The company will respond to the CCPA within the given timeframe with the supporting documents,” said the EV company.

    According to the show-cause notice, Ola Electric “appears to be in violation of several provisions of the Consumer Protection Act, 2019.”

  • UrjaMobility secures ₹100 crore in Pre-Series A funding • EVreporter

    UrjaMobility, a New Delhi based start-up focused on battery leasing for commercial electric vehicles (EVs), has raised ₹100 crores in its Pre-Series A funding round, consisting of both debt and equity financing. This funding round, led by Mufin Green Finance Limited and Hindon Mercantile Limited, will support UrjaMobility’s initiatives in energy consumption and supply chain management within the e-mobility sector.

    The funding will help UrjaMobility scale its operations and expand its pay-per-use battery leasing model. This model enables customers to lease batteries on a per-kilometer basis, converting traditional capital expenditures into operational costs, offering a flexible and cost-efficient solution for adopting electric mobility.

    In its first month of operations, UrjaMobility reported delivering 150 kWh of energy per day under its Energy-as-a-Service (EaaS) model. This initial achievement has facilitated its growth in the energy sector, responding to demand for sustainable energy solutions. The company has since increased its capacity to deliver 45 MWh of energy per day.

    Pankaj Chopra, Founder & CEO of UrjaMobility, expressed his vision: “This funding round marks a major milestone for us. Our goal is to revolutionize energy consumption in the e-mobility sector while expanding our presence across India. The pay-per-use model we’ve introduced makes e-mobility more accessible, and this funding will help us strengthen our retail presence and provide solutions to a wider audience.”

    Kapil Garg, Founder & Director at Mufin Green Finance Limited, a key investor, said “We are thrilled to support UrjaMobility’s journey. Their unique solutions, combined with their commitment to sustainability, align perfectly with our focus on supporting India’s transition to clean energy”

    With this funding, UrjaMobility aims to achieve a target of 300 MWh of energy sold per day. The funding will also support plans to expand its retail network, specifically in Tier II and III cities, where there is growing demand for e-mobility solutions. This expansion reinforces UrjaMobility’s approach to energy management and its position in the energy sector.

    UrjaMobility plans to raise an additional ₹250 crore in the first quarter of 2025 to strengthen its retail network and address the rising demand for e-mobility solutions in the country. This subsequent funding round will enable the company to continue its expansion and further develop its offerings.

    Also read: Mufin Green acquires 20% stake in Li-ion battery leasing player UrjaMobility

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