India may be charting an unprecedented course as a global model for clean industrialisation, according to a new analysis by energy think tank Ember, suggesting that the country could break the century-old pattern of fossil-fuel-dependent economic growth that defined the rise of Western nations and China.

The report, authored by energy experts Kingsmill Bond and Sumant Sinha and cited by Forbes, argues that India's accelerating shift towards solar power, electrification, and clean technologies is enabling it to leapfrog the conventional development model built around coal, oil, and gas.

The Electrotech Fast-Track

For decades, industrial growth across the West — and later China — followed a well-worn path: biomass to coal and fossil fuels, followed by a belated pivot to cleaner energy after years of pollution-intensive expansion. The Ember analysis contends that India is taking a markedly different route, adopting what the report describes as an 'electrotech fast-track.'

According to the analysis, India is increasingly moving directly towards an electricity-driven economy powered by solar energy, batteries, electric vehicles, digital technologies, and widespread electrification — rather than locking itself into long-term fossil fuel dependency.

Solar Growth Outpacing Historical Benchmarks

The numbers underscore the scale of the shift. Solar power accounted for nearly 9 per cent of India's electricity generation in 2025, compared to around 0.5 per cent a decade ago. At a comparable stage of economic development, China had only negligible solar generation, the report noted.

Notably, India reached a 5 per cent solar share in electricity generation at a significantly lower GDP per capita level than China did — indicating that renewable energy is entering India's industrial growth phase far earlier than it did in the world's second-largest economy. Solar and wind electricity generation per capita in India is now substantially higher than what China had achieved at a comparable income level.

India is also electrifying transportation faster than China did at a similar stage of development, according to the analysis.

Challenges That Remain

The report is careful to note that India's energy transition remains incomplete. Coal continues to play a major role in the country's energy mix, and several Indian cities — including New Delhi — continue to struggle with severe air pollution linked to coal-fired power plants, vehicle emissions, and agricultural burning.

Ember also flagged a range of structural challenges: grid bottlenecks, storage deployment gaps, land acquisition hurdles, financial stress in electricity distribution companies, and deep coal-sector dependence. These are not peripheral concerns — they represent the fault lines that could slow or distort the transition if left unaddressed.

The Economics Are Shifting

One factor working in India's favour is cost. According to Ember, solar-plus-storage systems in India are now nearly half the cost of building new coal plants, with that gap expected to widen further as renewable technologies become cheaper and coal plants face declining utilisation rates. This structural cost advantage could accelerate private investment into clean energy even without policy mandates.

As renewable economics tighten further and global capital increasingly prices in climate risk, India's early-mover positioning in the electrotech transition could determine whether it becomes a development blueprint — or a cautionary tale of incomplete reform.