Saturday 16 / May / 2026
New Delhi: For more than a century, the world has told itself a simple story about how nations become rich: first they burn wood and biomass, then coal, then oil and gas, and only much later, after the factories are built, the cities are crowded, the skies are polluted and the economy is locked into fossil infrastructure, do they begin the long and expensive process of cleaning it all up.
That was the Western path. It was also China’s path, compressed into one of the most extraordinary industrial transformations in history.
For many Indians, living with record breaking air pollution in cities like New Delhi linked with coal-fired power stations, agricultural waste burning and vehicle emissions, it looks like Asia's third largest economy is on the same old dirty path.
But a new analysis from Ember, written by Kingsmill Bond and Sumant Sinha, suggests that India may be showing the world something different: a route to modernity that does not first require a deep fossil fuel dependency, and that may therefore rewrite one of the oldest assumptions in economic development.
This is not just another story about solar panels. It is a story about whether the old economic ladder is breaking.
Because if India can industrialize by moving more directly into electricity, powered increasingly by solar, batteries and modern electric technologies, then emerging economies may no longer have to choose between poverty and pollution, or between development now and cleanup later.
The old doctrine was: burn first, clean up later.
The new doctrine may be: electrify early, avoid the detour.
The Electrotech Graph Every Investor Should See
The most important image in Ember’s report is not a standard chart of renewable energy growth. It is a map of energy history, showing how the West and China moved from bioenergy into fossil fuels before eventually bending back toward electricity, a long and costly route Ember calls “the fossil detour.” India’s path appears different, bending more directly toward electricity through what Ember calls the “electrotech fast-track.”
That phrase matters because “clean energy” can sound like a narrow policy category, while “electrotech” better captures what is actually happening: solar, batteries, electric vehicles, heat pumps, grids, power electronics, electrolysers, software and the electrification of everything that can be electrified. As Forbes contributor María Mendiluce has argued, the electric era has already begun, with electrification becoming the practical route away from combustion.
This is not merely a change in how electricity is generated. It is a change in what the economy is made of. The fossil economy was built on extraction and combustion, where fuels are dug up, shipped, burned and mostly wasted as heat; the electric economy is built on manufacturing, software, grids, devices and efficiency, where technologies improve, scale and connect.
That difference is now reshaping the global economy faster than many political leaders and investors still understand.
India is not following China’s coal curve
The standard comparison says China is far ahead of India on clean energy, and in absolute terms that is true, because China is the world’s clean technology giant, dominating solar manufacturing, batteries, electric vehicles and much of the supply chain behind the new energy economy.
But Ember asks a better question: what was China doing when it was at India’s current level of development?
The answer changes the entire picture.
At equivalent levels of GDP per capita, India is generating more solar electricity, using far less coal and electrifying transport faster than China did. Ember finds that solar accounted for about 9% of India’s electricity generation in 2025, up from around half a percent a decade earlier, while China, at a similar income level in 2012, had negligible solar generation.
India reached a 5% solar share in electricity generation at around $9,000 GDP per capita. China reached the same milestone at around $23,000. At roughly the same GDP per capita level where China generated only about 37 kilowatt-hours of solar and wind electricity per person, India is already around 205 kilowatt-hours per person, about 5.5 times higher.
That is not a marginal difference. It means solar entered India’s development story much earlier.
This does not mean India has solved the energy transition. It has not. Coal remains central to India’s power system, electricity demand will grow enormously, and the country still faces hard execution problems: grid bottlenecks, storage deployment, land acquisition, permitting, coal-dependent regions, distribution company finances and supply-chain dependencies that will not disappear simply because solar is cheap.
But the direction is different.
China industrialized when coal was cheap and solar was expensive. Ember notes that when China crossed 1,500 kilowatt-hours of electricity use per person in 2004, coal generation was about ten times cheaper than early solar photovoltaics, and over the following decade coal supplied nearly 70% of the growth in China’s electricity generation.
India is reaching a similar stage in a different world.
According to Ember, solar-plus-storage in India now costs around half as much as new coal plants, and that gap is widening as solar and battery costs continue falling while coal plants face declining utilization.
That is the hinge of history: China did not build on coal because coal was sacred, but because, at that moment, coal was cheap, scalable and available; India is industrializing at a moment when the economics have changed.
The money is already moving
This is why India’s story must be understood as part of a much larger shift, because the fossil-free economy is not arriving only because campaigners demanded it, but because the economics of energy have changed.
The International Energy Agency says global energy investment is expected to reach $3.3 trillion in 2025, with around $2.2 trillion going to renewables, nuclear, grids, storage, low-emissions fuels, efficiency and electrification, twice the $1.1 trillion going to oil, gas and coal.
IRENA’s cost data tells the same story from another angle: in 2024, 91% of newly commissioned utility-scale renewable capacity delivered electricity at a lower cost than the cheapest new fossil fuel-based alternative, while solar PV was, on average, 41% cheaper than the lowest-cost fossil alternative and onshore wind 53% cheaper.
The world is still burning fossil fuels at massive scale, and no serious analysis should pretend otherwise, but investors are increasingly building the next system.
These economics are not just reshaping power systems. They are beginning to reshape global diplomacy itself.
Santa Marta was the political signal. India is the economic signal.
This is where India’s electrotech fast-track connects directly to the fossil fuel phaseout talks that began in Santa Marta, Colombia.
In my previous Forbes article, I wrote that the first conference on transitioning away from fossil fuels marked a shift from climate advocacy into the center of the global economy, because countries were no longer only talking about emissions targets, they were finally talking about coal, oil and gas directly.
