India’s fast-track on electrification
- By Kingsmill Bond, Ember and Vincent Petit, Schneider Electric
- 03 Apr 2026
- 9 min read
Episode 01 - India's Fast Track on Electrification
India is taking the electrotech fast track. Conventional thinking argues that economic development necessarily builds first on the expansion of a robust fossil fuel infrastructure, before modernization pushes electricity rates up. We find evidence that India is following a different path, bypassing the “fossil detour” and taking the fast track to the electric future.
Expect 50% electrification by 2047. As modernization continues to accelerate in India, so does electrification. Schneider Electric modeling suggests that if current trends continue, electricity will supply 50% of final energy by mid-century, an acceleration which would require 5 times more power. Solar could account for half of the total generation by then, with rooftop solar alone accounting for 20%.
By Kingsmill Bond, Energy Strategist, Ember
India is often compared to China, and so are their energy systems, leading many to project a rapid rise of fossil fuel energy in India to sustain the rapid economic development of the country.
Since China’s GDP per person (in PPP terms) is more than double that of India, it is crucial to compare them at an equivalent stage of development, and to look at the Chinese energy system when its level of GDP was similar to that of today’s India. This is the exercise we did in our recent paper, India’s electrotech fast-track [1].
The conclusion of that analysis was that India’s energy system is modernizing along a new energy path that did not exist a decade ago, the electrotech fast-track.
That new fast-track, or energy revolution, runs along two paths: renewables coupled with batteries supply electricity; and electricity supplies end uses. At a similar level of GDP, the development of India’s power system is already very different from that of China. India reached 5% of solar in its power mix when GDP per capita levels were three times lower than those of China at an equivalent level. Meanwhile, coal generation demand per capita is starting to peak at 1 MWh per person versus the China peak of 4 MWh per person [1].
There is also growing evidence of accelerated electrification in India. India has nearly reached 20% of its final energy coming from electricity at a point where final coal demand per capita is only 4 GJ; while China crossed the same electrification threshold at 6 times the per capita level of final coal demand. Electric vehicles (EVs) represent already 5% of vehicle sales in India, while China crossed this threshold with an oil consumption per capita 2.5 times higher.
India’s economy is also different from that of China. It already generates a third more economic output per unit of energy than China. And India barely consumes natural gas; why would it develop at scale a dependency to a volatile and expensive resource where it can use domestic coal or electricity? Figure 1 shows how India’s path to modernization has so far fast-tracked on electrification and bypassed the “fossil detour” that other economies followed, a detour long believed to be unavoidable.
Overall, the evidence points toward a very different energy development pathway, a shortcut from the “fossil detour” toward the “electrotech fast-track”.
Figure 1 – India’s electrification fast track [1]
This electrotech fast-track is bolstered by physics. As we noted in our paper Reframing Energy for the Age of Electricity, renewables are around three times more efficient to produce electricity than fossil fuels [2]. Moreover, electricity is more efficient than fossil molecules for the supply of useful energy (Figure 2). On average, electricity is around two times more efficient for the supply of useful work (e.g., mobility, industrial motion) and 1.5 times more efficient at the supply of useful heat. At the margin, and with modern technology such as heat pumps and EVs, electrotech solutions in 2026 are typically around three times more efficient than fossil fuels.
Figure 2 – Electrotech is 2-3 times more efficient than fossil fuels [2]
The superior efficiency of electrotech brings a number of important benefits. First it helps reduce costs. Second, the modularity of electrotech enables it to be deployed more quickly, boosting economic opportunities. And because it can be built at any scale, many more actors can deploy it. The third advantage is sovereignty. The government of India has committed to reach energy independence by 2047 [3]. The electrotech fast-track enables India to move away from the current spending of up to 5% of GDP on energy imports, an economic strain and a dependence. Fourth, the absence of legacy infrastructure offers the opportunity to build new at a lower cost. The total cost of solar projects already undercut the marginal costs of running existing coal plants, and India is not burdened with the huge fossil infrastructure that is carried by China.
As India runs along the electrotech fast-track, it will develop an energy system very different and less fossil-fuel intensive than the path taken by the West and China. This has major implications for future energy balances across the world.
By Vincent Petit, SVP Schneider Electric Research Institute
Contrary to the prevalent line of thought, the energy system is not simply a system. It is not only made of stocks and flows; it is not an engineering marvel either. It is rather the outcome of a multitude of transformations of how energy is used on a daily basis. When looking at possible futures of the energy system through this lens, we thus must expand our thinking beyond its boundaries and explore how economies modernize, what technologies they adopt to better living standards, or to solve crucial challenges they are faced with. Only when this exercise is done can we understand how the energy system will truly evolve.
This is the exercise we undertook at Schneider Electric in 2023, the results of which we published in our report, Amrit Kaal – Path to developed and decarbonized India [3].
How this research builds on our 2023 India scenarios
We looked at the current rapid digitalization of the economy and the opportunity it brings for urban transformation: remote work, remote entertainment, remote shopping enable new forms of living. In India, where lots of urban development is ongoing, the shape of future cities is unlikely to fully resemble models from the past. The potential for an efficiency disruption in construction also creates a platform for higher living standards: the current residential surface per capita is today standing at around 13 sqm per person. The rise of distributed generation and the associated electrification of building end-uses, benefiting from zero-marginal cost electricity, also deeply reshapes the type and extent of modern appliances adoption.
In a country of 1.5 billion, mobility is of strategic importance. And India faces the dual challenge of integrating more people in the mobility network, with two-thirds of the population living in rural areas [4], while addressing one of the worst congestion challenges of Asia [5]. India will benefit from the combined growth of electric vehicles, autonomous mobility, and smarter and integrated multi-modal transport systems.
Finally, Indian industrial development – currently in full swing – will also benefit from early adoption of modern technologies, where other geographies may have to cope with stronger inertia from the prevalence of legacy technologies and their ecosystem. And it is all the more feasible as India produces the highest number of STEM graduates worldwide, ahead of China [6]. New energy resources, precision manufacturing systems, physical AI, additive manufacturing, new industrial processes for raw materials or chemicals, and circular business models all offer avenues for a new breed of industry to emerge.
These transformations are all currently in motion, even if at varied degrees of development. If anything, our projections are thus likely conservative. Yet, the consequences are significantly different for the future of India’s energy system.
First, electrification. In our scenarios, the share of electricity in final energy increases from nearly 20% today to 50% by mid-century. The dynamics of electrification are different across sectors; they are limited until 2030 outside of rail transportation, but accelerating in sectors accessible to electrification between 2030 and mid-century (e.g., manufacturing and chemicals, road mobility), before further developing on the back of then mature electric technologies across other sectors of the economy post 2050.
Figure 3 – share of electricity in the final energy mix [3]
A key outcome of this rapid electrification of the Indian economy is the 5-time expansion of India’s electricity generation, reaching nearly 10,000TWh by mid-century. In our scenarios, solar power is the main engine behind this growth, and it reaches 45% of total generation by mid-century.
As demonstrated by Ember, a first key reason for the role of solar in India’s electricity generation is its competitiveness, already dominant, with costs likely to become a fraction of fossil alternatives over time. Cheap solar and batteries drive electricity adoption.
A second reason for such a role, less understood globally, is the rise of distributed generation, or rooftop solar. There was about 40TWh of rooftop solar in 2024, or around 2% of total electricity [7]. Assuming a continuation of current trends, with 40% of deployed capacity going to rooftop systems by 2030 – the actual global average [8], our scenarios predict 400TWh of rooftop solar by 2030 (10% of total generation) and over 1,800TWh by mid-century (20% of total). As staggering as these figures may seem, the technical potential remains, however, considerably higher at around 700-1,000TWh today [9, 10] and up to 4,000TWh by mid-century with increased building stock surface [10]. India is already on a path to capture solar at scale. With over 120GW of domestic manufacturing capacity for solar modules [1], it has already become self-sufficient.
The conclusion of our scenarios is similar to that of Ember. India’s future energy system will be considerably more electric, and this more rapidly than traditionally anticipated. This is because India benefits from deploying a “21st century technology toolkit”, the electrotech fast-track, that helps the nation modernize at rapid pace.
The facts are here to support our conclusion. Since 2019, electricity demand in India has grown annually by around 5% on average. When we exclude the impact of COVID (an 8.5% drop in one year [11]), the rate of growth is closer to 7.5%, very similar to our long-term scenario projections.
- Bond, K. and S. Sinha, India’s electrotech fast-track: where China built on coal, India is building on sun. 2026: Ember.
- Walter, D., et al., Reframing Energy for the Age of Electricity. 2026: Ember.
- Petit, V. and V. Minier, Path to developed and decarbonized India. 2023: Schneider ElectricTM Sustainability Research Institute.
- India Data Maps, Rural vs Urban: India’s Population Dynamics in 2025. 2026: India Data Maps.
- Habib, W., Global Traffic Index 2025: Indian Cities Among The Most Congested On Earth. 2026: Outlook Traveler.
- Buchholz, K., Which countries' students are getting most involved in STEM? 2023: World Economic Forum.
- Publicover, B., India installs 3.2 GW of rooftop solar in 2024, driven by residential growth. 2025: PV magazine.
- OECD/IEA, Solar PV. 2025: International Energy Agency.
- Zachariah, S., T. Bhawna, and K. Neeraj, Mapping India’s residential rooftop solar potential A bottom up assessment using primary data. 2023: New Delhi: Council on Energy, Environment and Water.
- Petit, V., The unexpected disruption: Distributed generation. 2022, Schneider ElectricTM Sustainability Research Institute: Schneider ElectricTM Sustainability Research Institute.
- Enerdata, India Energy Information. 2024: Enerdata
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