Yuma Energy’s $35 Million Series A: How Smarter Infrastructure, Network Utilisation and Multi-OEM Partnerships Will Drive Its Next Growth Phase
AUTOPUNDITZ EXCLUSIVE | EV INDUSTRY | BATTERY SWAPPING
With over 1,900 battery-swapping stations across 18 Indian cities, Yuma Energy is preparing for its next expansion phase. In an exclusive interaction with Auto Punditz, Muthu Subramanian, Managing Director and General Manager of Yuma Energy, outlines how the company plans to deploy its newly raised capital, expand into Chennai and Pune, strengthen its multi-OEM ecosystem and pursue network-wide EBITDA positivity by FY27.
India's transition to electric mobility is entering a phase where the availability, reliability and economics of charging infrastructure are becoming just as important as the electric vehicles themselves. For commercial riders, particularly those engaged in food delivery, quick commerce and last-mile logistics, the challenge extends beyond vehicle acquisition costs. Every minute spent charging can translate into lost earning opportunities.
Against this backdrop, Yuma Energy is positioning battery swapping as a practical solution for high-utilisation electric two- and three-wheelers. Backed by global automotive technology major Magna and electric mobility company Yulu, Yuma Energy's newly raised $35 million Series A funding represents an opportunity to strengthen its existing network while expanding into new markets.
However, the company's approach to deploying this capital goes beyond simply increasing the number of battery-swapping stations. Its strategy centres on intelligent infrastructure placement, improved network utilisation, OEM compatibility and operational efficiency.
In an exclusive interaction with AutoPunditz, Muthu Subramanian, MD & GM, Yuma Energy, explains the company's priorities as it scales its battery-as-a-service (BaaS) operations across India.
Building on an Established Battery-Swapping Network
The company operates across major markets such as Bengaluru, Mumbai, Delhi, Gurugram, Noida and Hyderabad, alongside cities including Indore, Kochi, Tirunelveli, Vadodara and Kolkata. According to Yuma's corporate profile, its network has supported more than 2 billion kilometres of electric travel and contributed to over 100 million kilograms of avoided CO₂ emissions.
This existing scale provides the foundation for the company's next phase, in which improving the productivity of deployed infrastructure is expected to become an important driver of growth.
$35 Million Series A: Prioritising Infrastructure and Profitability
A significant portion of Yuma Energy's strategic focus following the funding round will be on expanding battery-swapping infrastructure while moving towards its profitability goals.
However, rather than relying on indiscriminate station expansion, the company is adopting a demand-led deployment model.
"The capital lets us take the next step: doubling down on infrastructure build-out while we push hard toward our EBITDA-positive target."— Muthu Subramanian, MD & GM, Yuma Energy
According to Subramanian, station placement is one of the most carefully evaluated aspects of Yuma's expansion strategy.
The company uses demand prediction, delivery activity within individual micro-markets and the distance between existing stations to identify suitable locations. This approach is particularly relevant in dense urban areas, where placing several stations close together may create excess capacity in one neighbourhood while leaving adjacent delivery corridors underserved.
Yuma is also tracking quick-commerce activity and the geographical footprint of dark stores to improve its infrastructure deployment decisions. For a battery-swapping operator, such intelligence can be critical. A well-positioned station potentially serves more riders, delivers greater battery turnover and generates better returns on the infrastructure investment. Subramanian also highlighted Magna's continued investment as a reflection of the strength of the partnership and Yuma's operational progress.
AutoPunditz Analysis: The key distinction in Yuma's capital deployment strategy is its emphasis on infrastructure productivity rather than expansion alone. For a capital-intensive business built around batteries, charging equipment and physical stations, utilisation can ultimately be more important than the headline network count.
Chennai and Pune Identified as the Next Growth Markets
Yuma Energy has confirmed that Chennai and Pune are next on its expansion roadmap.
According to Subramanian, the company evaluates potential cities on four primary parameters:
Demand from commercial fleets
Electric vehicle penetration
Population
Economic activity
Although population and vehicle density influence market potential, Yuma places particular emphasis on quick-commerce and last-mile delivery activity.
"Quick-commerce and last-mile delivery are where riders feel the value of swapping most urgently, so that signal matters more to us than population size or vehicle density."— Muthu Subramanian
Both Chennai and Pune meet the company's market-selection criteria.
Their addition would allow Yuma to expand its presence in commercially active urban markets where delivery vehicles operate over extended periods and predictable daily routes.
The company has not disclosed a specific rollout date, station target or investment allocation for either city in its responses. Importantly, Yuma's expansion ambitions also extend beyond geographical reach. The company is looking to support additional vehicle platforms through its internally developed battery hardware capabilities.
Reducing Charging Downtime for Commercial EV Riders
One of the strongest arguments in favour of battery swapping is the reduction in vehicle downtime. For a private electric scooter user, a lengthy charging period may be manageable through overnight home charging. However, the economics are different for commercial riders operating throughout the day.
According to Subramanian, delivery and quick-commerce riders frequently operate for eight to twelve hours daily. For these users, downtime directly affects productivity and potential income.
"Wait time is the biggest barrier to EV adoption for these users. A rider doing food delivery or quick commerce runs for eight to twelve hours a day loses real income every minute spent waiting on a charge."— Muthu Subramanian
Yuma says it maintains network uptime of over 99%, with swaps taking under two minutes. Its company profile separately reports average swap times of under one minute.
The operating process is designed to minimise uncertainty. Riders can check battery availability through the Yuma application, book a token and complete the swap within a 30-minute reservation window. Behind this consumer-facing experience is a centralised monitoring system receiving real-time data from charging units across the network.
This enables the company to track individual stations and batteries, identify potential service issues and maintain availability in high-demand locations. Subramanian estimates that EVs currently account for only around 20% of vehicles used by gig workers in India.
While this figure is a company-provided estimate rather than an independently verified nationwide statistic, it highlights the adoption opportunity Yuma sees within the commercial mobility ecosystem. For delivery operators, dependable battery swapping could make the shift from petrol-powered vehicles more operationally attractive.
Multi-OEM Compatibility: Creating a Broader Battery-Swapping Ecosystem
A critical challenge in scaling battery swapping is interoperability. Unlike conventional charging, where vehicles may use standardised charging connectors, swapping requires compatibility between the battery pack, vehicle architecture, electrical systems and physical interfaces.
Yuma is addressing this challenge through a common battery architecture that can be integrated with compatible vehicles from multiple manufacturers. The company currently works with more than ten OEMs.
"Getting multiple OEMs onto one physical and electrical standard without compromising performance for any of them is one of the harder engineering problems in this category."— Muthu Subramanian
Under Yuma's model, riders using compatible vehicles from different manufacturers can access the same battery-swapping network.
This approach creates potential advantages for manufacturers and fleet operators.
For OEMs, integration with an existing battery-swapping ecosystem could reduce the need to develop dedicated charging infrastructure for every vehicle platform. For fleet operators, a shared network may make it easier to operate vehicles from multiple brands without maintaining separate energy infrastructure.
For Yuma, compatibility with additional vehicle manufacturers can expand the addressable customer base and potentially increase station throughput. However, interoperability in this context remains dependent on vehicles being designed or adapted to Yuma's battery standard. It should not be confused with universal compatibility across all electric two- and three-wheelers.
Yuma's proprietary battery development capabilities will be important as the company seeks to integrate more vehicle platforms into its ecosystem.
Network Utilisation Could Determine the Path to Profitability
Perhaps the most revealing element of Yuma's strategy is its focus on network utilisation. Battery swapping is inherently infrastructure-intensive. Operators must invest in batteries, charging hardware, swapping cabinets, electricity connections and station operations before the full demand potential of a location is realised.
Consequently, profitability depends not only on the number of stations installed but also on the number of swaps performed through those assets. According to Subramanian, most of Yuma's older, mature stations have already reached 100% utilisation as measured by the company.
"The path from here is a utilisation story: deploy more batteries through the network and onboard more vehicles onto stations that are already proving out."— Muthu Subramanian
Yuma designs stations around projected future demand rather than solely the requirements visible when operations begin.
Although this increases upfront investment, the approach aims to provide capacity for fleet growth without requiring a complete infrastructure redesign. The company is also using telemetry to control maintenance costs.
Instead of relying exclusively on fixed inspection schedules or battery cycle counts, Yuma monitors real-time performance to determine when maintenance is required.
This predictive approach can help reduce unnecessary inspections, identify issues earlier and limit the operational overhead associated with a growing battery fleet. The broader objective is to ensure that station volumes and revenue can increase without operating costs rising at the same pace.
From an industry perspective, this is where battery swapping must demonstrate its commercial viability. Expanding networks is one milestone; generating sustainable returns from those networks is another.
FY27 EBITDA Positivity Remains a Key Milestone
Management's indicated direction of diversification; no timeline for reaching 25% was provided. Subramanian confirmed that approximately 15% of the company's current volume comes from customers outside Yulu, with Yuma moving towards a contribution of roughly 25%.
This diversification is strategically significant. While Yulu provides an established demand base, widening the customer portfolio could reduce concentration risk and support more effective utilisation of the network across different vehicle types, manufacturers and fleet operations.
It could also strengthen Yuma's position as an independent battery-as-a-service infrastructure provider rather than an energy network primarily associated with one mobility platform. Nevertheless, the company has not disclosed detailed station-level profitability, swap pricing, battery depreciation costs or EBITDA figures in the supplied interaction. Its FY27 objective should therefore be viewed as a management target rather than an achieved financial milestone.
Battery-as-a-Service Could Lower the Barrier to EV Ownership
Beyond infrastructure convenience, Yuma believes the battery-as-a-service model could help address the economics of electric vehicle ownership. Battery packs represent a significant component of an EV's upfront cost.
By separating battery ownership from vehicle ownership, swapping-based operating models can potentially reduce the initial investment required from riders, depending on the vehicle and commercial arrangement. The model can also transfer battery maintenance and degradation management from the rider to the service provider.
As Subramanian explains:
"Swapping takes the battery, often one of the largest cost components of the vehicle, off the rider's balance sheet. It also removes the worry of degradation and the hit to resale value."— Muthu Subramanian
For commercial users, the potential value proposition combines three elements: lower upfront capital requirements, predictable access to charged batteries and reduced operating downtime.
However, overall customer savings will depend on subscription or swap charges, daily usage, vehicle pricing and the availability of stations along regular operating routes. For high-mileage commercial applications, battery swapping may offer a stronger operational advantage than it does for low-mileage personal commuting, where overnight charging can already be convenient and economical. This distinction could shape the industry's long-term adoption pattern.
Technology and Partnerships Strengthen Yuma's Infrastructure Model
Yuma's operating model is supported by connected charging equipment, smart batteries and AI-enabled analytics. The company's technology systems process performance information and mobility demand patterns to support battery availability, station placement and maintenance decisions.
Its ecosystem also benefits from partnerships with public agencies and infrastructure organisations, including the Municipal Corporation of Delhi, Indian Railways, Delhi Metro Rail Corporation, Bangalore Metro Rail Corporation and electricity distribution companies.
These relationships are relevant because access to suitable urban locations and dependable electricity infrastructure can influence the speed and economics of network expansion.
Another important step in Yuma's technology development was its acquisition of Grinntech in February 2025, strengthening the broader company's battery technology capabilities. Together, these elements provide a framework for scaling swapping operations while retaining greater control over critical battery and charging technologies.
AutoPunditz Take: The Real Test Is Infrastructure Economics
Yuma Energy's $35 million Series A funding comes at an important stage in the evolution of India's electric mobility ecosystem. The company has already demonstrated an ability to deploy a large physical network and facilitate tens of millions of battery swaps. Its next challenge is to convert that scale into a consistently profitable and increasingly diversified business.
Three aspects of its strategy stand out.
First, Yuma is prioritising station placement based on actual mobility demand rather than pursuing geographical coverage for its own sake. Tracking delivery clusters, quick-commerce activity and local operating patterns could improve the efficiency of new deployments.
Second, multi-OEM integration offers a pathway towards better infrastructure utilisation. The broader the compatible vehicle ecosystem becomes, the greater the potential customer base for each station.
Third, Yuma's focus on existing station utilisation and non-Yulu volume growth suggests a shift from establishing market presence towards improving the underlying economics of the business.
There are still significant questions to answer.
The financial returns of battery swapping depend on battery lifecycle costs, energy consumption, station utilisation, service pricing and maintenance expenses. The additional capital needed to serve new vehicle platforms and expand into new cities must also be balanced against the company's profitability ambitions.
Likewise, Yuma's claim of 100% utilisation at most mature stations is encouraging, but further financial disclosures would be necessary to establish the extent to which high station activity translates into positive operating returns.
The larger opportunity is clear: battery swapping can potentially become a significant part of India's commercial EV infrastructure, particularly in segments where vehicle uptime directly determines earning potential.
For Yuma Energy, success will not be measured simply by how many new stations its Series A funding helps establish. It will be measured by how effectively those stations are used, how many vehicle manufacturers and fleets they serve, and whether the network can achieve sustainable profitability.
If the company meets its FY27 EBITDA target while expanding its OEM and customer base, it could provide a meaningful demonstration of the commercial viability of battery-as-a-service in India's electric two- and three-wheeler market.
Editorial disclosure: This article is based on written responses attributed to Muthu Subramanian, MD & GM, Yuma Energy, exclusively supplied for AutoPunditz, together with the company's corporate profile and executive biography. Operating metrics, utilisation claims and management targets are company-reported. The $35 million Series A figure is taken from the commissioning brief; the supplied company profile separately cites $52 million in equity capital without reconciling the two figures. No detailed fund allocation or financial forecasts were provided.
