Smart Infrastructure Newsletter - COE Chakra
Smart Infrastructure Newsletter
SMART INDUSTRIAL CITIES
Building a City for a City Yet to Arrive
On 920 square kilometres of reclaimed land in Gujarat, India is attempting something it has never tried at this scale: building a smart industrial city from scratch, with the factories, the people, and the capital all expected to follow. The blueprint is in the city of Dholera. It is also a preview of what the next decade of infrastructure lending in India may look like.
Smart Industrial Cities: Built on a premise, not a population
Most Indian cities have grown the way most cities everywhere have grown: accidentally, organically, one neighbourhood at a time. Dholera is being built the other way around. Conceived under the Delhi-Mumbai Industrial Corridor programme announced in 2014-15, it sits along a 1,500 km high-tech route between two of the country's most important commercial centres. Within that corridor, Dholera was designated a Special Investment Region (SIR), a new city of roughly 920 sq km covering 22 villages, to be developed from undeveloped land.
That distinction, greenfield rather than brownfield, is more than a planning term. A greenfield smart city is built on land where no city existed before, which means the planners get to design the power grid, the water network, the road geometry, and the digital backbone in a single coherent move. Brownfield projects, by contrast, retrofit existing urban areas and inherit their constraints. Dholera's advocates argue that this clean-slate approach is precisely what allows for state-of-the-art design. Its critics argue it is precisely what removes the organic street life and human scale that make cities work.
To make the build legally possible, Gujarat passed the Special Investment Region (SIR) Act in 2009, which allows any area over 100 sq km to be designated an SIR with streamlined approvals. The Act's stated goal is clear governance, faster approvals, and planned infrastructure to support large industrial investment.
Plug-and-play, at industrial scale
Dholera is divided into six Town Planning Scheme zones spanning 422 sq km. Within that, an initial Activation Area of roughly 22 sq km is intended for ultra-large industries and is being delivered as a fully integrated, plug-and-play environment. The master plan promises an Integrated Operations Centre, a city-wide command hub, alongside digital connectivity and 24x7 utilities as a default rather than an aspiration.
The trunk infrastructure already installed reads like a checklist for a modern industrial estate: wide arterial roads with dedicated utility corridors, continuous water and power supply, sewage and effluent treatment plants, natural gas lines, and high-speed ICT networks.
The promise to a manufacturer is simple. Sign for a plot, and you can begin building from day one with no waiting for the substation, the pipeline, or the fibre to arrive.
The anchor that changed the conversation
For most of its life, Dholera has been a promise on paper. That changed with the announcement of a Rs. 91,000 crore semiconductor fabrication plant by Tata Electronics, in partnership with Taiwan's Powerchip Semiconductor Manufacturing Corporation (PSMC). It is India's first commercial semiconductor fabrication facility and is expected to manufacture up to 50,000 wafers per month.
A fab is not a standalone factory. It is an anchor industry, the kind of facility that pulls an entire ecosystem of ancillary manufacturers, suppliers, and service providers into its orbit. The chemicals, the gases, the precision tooling, the testing facilities, the logistics operators: each of these tends to locate close to a fab once one commits. That ecosystem effect is what makes the Tata announcement structurally different from a single large investment. It validates the original planning logic of Dholera, the large contiguous land parcels, the proximity to ports and the Delhi-Mumbai Industrial Corridor, the reliable power and water, the ability to design utilities from scratch for high-tech manufacturing, and it does so in a way that any future investor can point to.
Alongside the fab, Dholera has secured a 2.4 GW solar module and 2.5 GW solar cell manufacturing facility from ReNew Power, spread across 55 acres. Two anchor industries, one in semiconductors, one in clean energy, in a single greenfield city is the point of a smart industrial city.
The build-out: where the financing lives
Behind every anchor industry is a stack of supporting infrastructure that has to be built, financed, and operated. Dholera's pipeline reads as a near-textbook case of project finance across multiple asset classes.
The Ahmedabad-Dholera Expressway, a 109 km access-controlled highway built at a cost of Rs. 5,100 crore, is intended to improve regional connectivity and accelerate growth across the SIR. The Bhimnath-Dholera rail line, a 23.33 km broad-gauge line currently under construction, will connect Dholera to the Western railway network. A Dholera International Airport is planned as a gateway for both passenger and cargo movement.
Inside the Activation Area, the utility build-out is being delivered in scalable modules. A 50 MLD water treatment plant has been designed for future expansion, with treated water stored in mass balancing reservoirs and distributed through a piped supply network. A Common Effluent Treatment Plant has been designed with an initial capacity of 20 MLD, scalable to 60 MLD, to serve a wide range of industrial sectors. A Sewage Treatment Plant has been designed with an initial capacity of 10 MLD, scalable to 30 MLD, with recycled water provisioned for domestic use. The power infrastructure for the Activation Area has been built around two DISCOMs, providing redundancy for industries that cannot tolerate downtime. A 6.5 km canal front has been planned to serve both as stormwater management and as a public recreational space.
Then there is the symbolic core of the city: the ABCD Building: The Administrative and Business Centre of Dholera, which houses the City Operations Centre, the command-and-control hub for managing the city's smart infrastructure.
Each of these, the expressway, the rail line, the airport, the treatment plants, the substations, is an addressable financing opportunity in its own right. Taken together, they form one of the most diversified greenfield infrastructure pipelines in the country.
The questions worth asking
Greenfield cities are, by nature, ambitious bets. They have to create jobs and residents where none existed — the classic chicken-and-egg problem of any planned city. Whether industries will move in at scale, and whether workers will follow before the social fabric is fully in place, is a question that will only be answered by time.
Land has been brought into the project through a land pooling model under the Gujarat Town Planning Act rather than through conventional acquisition: villagers pool their land, 50% is taken by the development authority for infrastructure, and the other 50% is returned as smaller developed plots after a betterment levy. The model is designed to let landowners share in rising land values, though it has not been without protest, and the long-term success of the city will depend in part on how well the original community is integrated into what is being built.
There are also the standard concerns that accompany any large greenfield project — environmental management on partly low-lying terrain, the discipline of timelines, and the parallel build-out of hospitals, schools, and community amenities that determine whether a planned city becomes a lived-in one. None of these are deal-breakers. They are, instead, the variables to track.
Why Dholera matters beyond Dholera
Dholera is one of India's most ambitious urban-industrial projects, and at 920 sq km it is larger than many existing Indian cities. Its real significance, though, is what it represents in policy terms: a working prototype for the Bharat Audyogik Vikas Yojana, under which the government has set a target of developing 100 smart industrial cities.
If Dholera works that is, if the anchor industries operate at scale, the supporting ecosystem clusters around them, the residents arrive, and the financial assumptions hold, it becomes a replicable template. Each subsequent smart industrial city becomes a faster, cheaper, more bankable proposition because the model has been proven once. For lenders, that is the deeper opportunity: not just one project pipeline, but a category of project pipelines that may follow.
A successful Dholera could mean decongesting India's megacities, accelerating domestic manufacturing in strategically important sectors like semiconductors and EV components, and giving the Make in India a flagship that other states can point to. The infrastructure pieces are already in motion, the roads, the rail line, the airport, the utilities, the anchor tenants. What remains is the slower, harder work of turning a master plan into a city.
Dholera is, in that sense, less a finished story than an unfolding one. The fab has been announced. The expressway is built. The next chapter, the one where industries arrive, ancillary clusters form, and the city begins to live, is the one the financiers will watch most closely. Because if a city can be built before its citizens arrive, the way India funds its next generation of urbanisation may look very different from the way it has funded the last.
Authored by
Akash Anupam
Analyst (Smart Infrastructure)
SBI CHAKRA Centre of Excellence
Smart Infrastructure Sectoral Insights
India’s smart infrastructure is outcomes-first: reliability, safety, sustainability, and fiscal discipline. Technology is treated as core infrastructure – embedded in assets, linked to measurable service levels, and scaled through credible delivery models across public-private partnerships.
Smart infrastructure spans four categories – Smart Mobility, Smart Energy, Smart Buildings, and Smart Governance – with sensors, networks, automation, and analytics orchestrated through command-and-control centres.
Urban programs have moved thousands of projects from pilots to operations. Momentum is reinforced by reform-linked state financing, challenge funds, and innovation programs. The emphasis has shifted from greenfield experiments toward densification, renewal, and operating performance.
The following four types of projects have been discussed in-depth in the following report
- Intelligent Street Poles: Multi-utility platforms that combine LED lighting, small cells, dark-fibre, Wi-Fi, sensors, and digital signage. Monetization is multi-stream - telecom leases, fibre, digital advertising, and shared returns from energy savings – while execution risk centres on power quality, backhaul, rights-of-way, and cyber / privacy governance.
- Multi-Modal Transport Hubs (MMTHs) / Logistics Parks (MMLPs): MMTHs improve service quality but are institutionally complex and slower to execute. MMLPs – integrated warehousing with intermodal transfer and value-added services – show clearer unit economics and replicable PPP structures aligned to freight growth.
- Waste-to-Energy (WtE): Bankability is built on contracted offtake (PPAs), tipping fees, by-product valorisation, and performance-linked environmental instruments. Technical pathways must be paired with robust emissions control, corrosion management, and ash disposal plans.
- Private Smart Residential Cities: Developer-led townships with integrated utilities, digital O&M, and citizen-facing services. Monetization blends one-time real-estate inflows with recurring CAM revenues and selective smart-infra services.
Smart infrastructure is transitioning from pilots to platforms, selectively but decisively. Capital should target integrated assets with credible sponsors, transparent operating models, and demonstrable outcomes – converting urban ambition into bankable, repeatable projects that improve services for citizens and deliver durable returns for investors.
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Last Updated On : Monday, 13-07-2026
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