World Nature Conservation Day, observed on 28 July, serves as a reminder that protecting natural resources requires action across the systems that shape everyday life. In India, where the transition to electric mobility is gaining momentum, the environmental case for cleaner transport is closely tied to the availability of reliable and accessible charging infrastructure. The success of this transition will depend not only on how quickly electric vehicles are adopted, but also on whether the supporting ecosystem can extend beyond major urban centres and make clean mobility practical for a wider population.
Against this backdrop,Mr. Jyotiranjan Harichandan, Founder, Bolt.Earth, discusses how a distributed and interoperable charging network can help connect India’s mobility transition with its broader environmental and climate goals. He explores the need to take charging infrastructure deeper into tier 2 and tier 3 cities, residential communities and everyday commercial spaces, while highlighting the role of public private collaboration, technology, policy consistency and data led investment in making the shift to electric mobility more accessible, equitable and sustainable.
Scroll down to read the full interview:
Q. Where does EV charging infrastructure fit into the broader environmental and climate action agenda, particularly around World Nature Conservation Day?
A. Nature conservation and mobility transition are not separate debates. It’s the same conversation happening in two different rooms. Road transport’s tailpipe emissions remain one of the most visible contributors to India’s air quality crisis and the wider climate burden that is reshaping ecosystems. Tackling this challenge requires more than putting electric vehicles on the road. It requires the infrastructure that makes them genuinely clean. Charging access is central to the climate story itself.
World Nature Conservation Day is a timely reminder that electric mobility is no longer an automotive trend. It is one of the most practical and scalable tools India has to reduce its environmental footprint, which will only work when charging is embedded into the places where people live, work, and move.
Q. Why should charging infrastructure receive equal attention to vehicle adoption, and what role can businesses play in keeping the transition equitable?
A. Vehicle sales figures may dominate headlines, but they are superficial if the charging experience is inconvenient, unreliable, or confined to a handful of premium locations. India has seen this pattern before with other infrastructure rollouts. Adoption stalls the moment access becomes uneven. If charging remains clustered in wealthier neighborhoods or metro cores, the mobility transition risks serving only a narrow slice of the population while leaving semi-urban and smallercity users behind.
Businesses building this infrastructure carry a direct responsibility to prevent that outcome. Distributed, peertopeer charging models, where individual property owners and small businesses host charging points instead of relying solely on large centralized stations, can spread access faster and more evenly than any topdown approach. That is not just an operational choice. It is a deliberate equity decision that determines whether the EV transition becomes a national movement or remains an urban privilege.
Q. How can stronger public-private partnerships create a future-ready EV charging ecosystem that delivers environmental and social value?
A. Government sets the policy floor, corporates bring capital and execution speed, urban planners understand where density and demand actually intersect, and technology providers make the network usable rather than just present. None of these actors can build a functioning ecosystem alone. Where India often struggles is in coordination. A state incentive program may not align with municipal permitting timelines, or infrastructure that gets built without input from the technology layer that has to run on top of it. These gaps slow progress and weaken impact. The partnerships that truly move the needle are the ones where these groups are planning together from the start, not handing off a finished piece of infrastructure to the next stakeholder and hoping it fits.
Q. How does a seamless, interoperable charging ecosystem address range anxiety and strengthen consumer confidence, especially in urban and semi-urban India?
A. Range anxiety is really infrastructure anxiety. Drivers do not need to know the exact kilometers left on their battery if they trust that a working, accessible charging station is nearby, regardless of which network operates it. That trust only comes with true interoperability, where vehicles and chargers from different providers communicate seamlessly without friction.
Bolt.Earth’s platform is built on exactly that. This means users are not forced to juggle five different apps just to locate a charger that will accept their vehicle. In semiurban India especially, where the density of any single network is naturally lower than in metro areas, interoperability is what transforms infrastructure from feeling sparse to feeling sufficient. It is the difference between anxiety and confidence in the transition to electric mobility.
Q. How does expanding charging infrastructure across residential societies, workplaces, educational institutions, and commercial establishments support long-term behavioural change and decarbonisation goals?
A. Behavioral change happens at the point of habit, not at the point of purchase. When someone can charge overnight in their residential society or during work hours at their office, charging stops being a separate errand. It becomes part of their existing routine. That creates a very different psychological relationship with the vehicle compared to relying on a public fastcharging stop, which still carries the friction of a petrol station visit.
Bolt.Earth’s distributed model was designed around this insight. By placing charging points in the everyday spaces people already occupy, we remove the need to route daily life around a limited number of centralized stations. Residential societies and commercial establishments extend this logic further, reaching a wider population that may not have charging access at home. This is how charging becomes invisible in the best sense, woven into daily life rather than standing apart from it.
Q. What policy reforms and infrastructure investments are now most critical to accelerate EV adoption while keeping the transition inclusive and sustainable?
A. I'll stay at the level of what the sector broadly needs rather than issue specific policy demands, since that's a decision for policymakers working with fuller data than any single company has. What matters most right now is consistency, incentive structures and permitting timelines that don't vary sharply from state to state, because that inconsistency is what slows private investment more than any single missing subsidy.
Investment also needs to follow usage data rather than assumption. Infrastructure funding should be directed toward tier-2 and tier-3 cities where charging access is thinnest, not simply reinforcing metro density that is already reasonably well served. "Inclusive" doesn't mean spreading resources evenly across the map. It means targeting the gaps that matter most. That is how the EV transition becomes both scalable and equitable.
Q. As India's largest EV charging network, what key milestones or impact metrics reflect Bolt.Earth's contribution to expanding charging accessibility?
A. Bolt.Earth operates more than 100,000 EV chargers across over 2,100 cities, built on a peertopeer distributed model that has become the largest network of its kind in India. The platform has served more than 546,000 active EV users and dispensed over 8,800 MWh of energy, translating into an estimated 4 million kilograms of CO₂ emissions avoided.
The number that matters most is not the charger count, it is the city count. Reaching more than 2,100 cities means this network extends far beyond the metros into smaller cities where charging infrastructure has historically been overlooked. That breadth of access is what makes the transition inclusive, ensuring clean mobility is not confined to urban privilege but available to drivers across India’s diverse geography.
Q. Beyond enabling charging, how is Bolt.Earth integrating sustainability into its operations through technology, energy efficiency, or ecosystem partnerships?
A. The charger itself is only one layer. The software layer that manages the network, routes users to available charging points, balances load across the grid, and maintains uptime determines whether charging infrastructure delivers its environmental benefit or simply sits as underused hardware.
Our compliance with OCPP and OCPI is central to this. It allows our network to interoperate with others instead of forcing redundant infrastructure to be built for users tied to a different app. We also work directly with property owners and small businesses to host charging stations, reducing the capital and land intensity of building large standalone stations. Sustainability in this sector is not only the hardware. It is equally about network efficiency, because efficiency is what turns infrastructure into impact.
Q. What is your long-term vision for Bolt.Earth's role in shaping India's sustainable mobility landscape over the next decade?
A. The next decade of this transition will be decided less by how many vehicles are sold and more by whether charging infrastructure reaches the parts of India that rarely get discussed, like the tier-2 and tier-3 cities, the semi-urban corridors, and the residential societies outside premium locations. Our vision is to keep building toward that density, using the distributed model to achieve it faster and more affordably than centralized infrastructure ever could.
The collaborative opportunities that matter most are those that connect local hosts, whether that's a housing society or a small commercial establishment, directly into a nationally interoperable network. That is how environmental impact and economic participation happen at the same time, not as separate goals. It is how clean mobility becomes both scalable and inclusive.
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