Ryan Baidya, Ph.D., MBA
Takshila Foundation, San Jose, California, USA
There are moments in history when a nation must see danger not merely as a threat, but as a summons. Bharat has answered such summonses before. When food insecurity threatened her dignity, she moved toward self-sufficiency. When advanced technology was denied, she built indigenous capabilities. When strategic vulnerability became clear, she strengthened her defence and scientific institutions.
We are again at such a moment. The present turmoil involving Iran, the United States, Israel, and the wider Middle East—along with the instability surrounding Venezuelan oil—has exposed a simple truth: India’s economic future remains vulnerable to forces beyond her control so long as her energy dependence remains high. Reuters reported in early 2026 that Indian refiners resumed or expanded Venezuelan crude purchases amid shifts in U.S. sanctions and export flows, underlining how India’s energy exposure is influenced not only by war in West Asia but also by sanctions policy, instability, and external power struggles elsewhere.
This is why the question before Bharat is no longer merely one of renewable expansion. It is one of sovereignty.
India must now move toward energy independence with the seriousness of a national mission.
For any nation that seeks true self-sufficiency, two foundations stand above all others: food and energy. Food sustains the people; energy sustains the nation’s economy, industry, transportation, defence, and modern life. A country that cannot secure food remains vulnerable to dependence. A country that cannot secure energy remains vulnerable to disruption, coercion, and strategic fragility.
India has already shown that one of these two great vulnerabilities can be overcome. Through agricultural transformation, public policy, science, irrigation, and national resolve, India moved from food vulnerability toward broad food-grain self-sufficiency in the decades after Independence, with that achievement becoming firmly established by the later twentieth century. The next historic task now stands before her: to achieve energy sovereignty with the same seriousness, clarity, and determination.
Bharat has faced civilizational tests before. Again and again, when confronted by external pressure, strategic denial, or global instability, she has not merely complained—she has built. That is one of the enduring truths of India’s modern history: when denied, India has often chosen self-reliance; when challenged, she has often responded with creativity, resilience, and national purpose.
History offers many reminders.
In the decades after Independence, food insecurity threatened India’s dignity and stability. Dependence on imported grain exposed a serious national vulnerability. Yet India did not remain trapped in dependence. Through science, agricultural reform, irrigation, new seed varieties, and national resolve, the Green Revolution transformed India’s food system. India moved toward food self-sufficiency and demonstrated a profound lesson: a great nation cannot permanently outsource the foundations of its survival.
The same pattern repeated in technology. When advanced supercomputing capability was denied to India, India did not retreat. Instead, it created indigenous capability through C-DAC and the PARAM initiative, demonstrating that what is refused by others can, with determination, be built at home.
A similar logic shaped India’s strategic and defence sectors. From nuclear capability to missiles, satellites, launch systems, and advanced defence technologies, India repeatedly discovered that sovereignty without capability is fragile. National strength cannot rest permanently on the goodwill of others.
Today Bharat faces another such moment—this time in energy.
India’s economy, industrial growth, transport system, logistics network, agriculture, digital infrastructure, and developmental aspirations all depend on reliable, affordable, and abundant energy. Yet global instability continues to expose the danger of heavy dependence on imported hydrocarbons. In such a world, a distant war, a sanctions regime, a shipping disruption, or a political crisis in another continent can quickly become an Indian economic problem.
This is why the present moment must be understood not simply as an energy-policy debate, but as a national turning point.
For more than a century, energy has stood near the center of global conflict. Oil routes, shipping lanes, pipeline politics, sanctions, military interventions, proxy wars, and strategic alignments have all revolved in substantial part around concentrated energy resources. Yet the moral irony of our age is obvious: nature has distributed sunlight, wind, rivers, and other renewable sources far more widely than geopolitics has distributed oil and gas.
Much of the world has access to free and clean sources of energy. But the world has not yet shown the moral urgency required to reorganize itself around them.
Bharat should.
India is blessed with sunlight for much of the year, a long coastline, major river systems, desert and semi-arid zones, and significant engineering and industrial talent. This means the country is uniquely placed to pursue not merely a renewable-energy agenda, but a far larger national objective: energy sovereignty.
India now needs a mission on the scale of a wartime preparation or a developmental compact—something like an Energy Sovereignty Marshall Plan for Bharat.
This should begin with a simple recognition: energy independence is no longer an environmental luxury. It is a strategic necessity.
Solar, wind, hydro, energy storage, electric mobility, battery manufacturing, grid modernization, and industrial electrification should no longer be treated as separate policy silos. They should be brought together under one coordinated national program. India already has important foundations for such a transition, including offshore wind planning, renewable-transmission development under the Green Energy Corridor, and battery manufacturing support through the ACC PLI framework.
Why India Must Think Geographically
If Bharat is to become truly energy sovereign, she must think geographically as well as strategically. Not every region should be asked to do the same thing. Nature has already assigned different strengths to different parts of India.
Western India: The Solar Frontier
The deserts and arid lands of western India should become the great frontier of solar power. Rajasthan and Gujarat, with their vast stretches of low-productivity land, high solar irradiation, and growing transmission infrastructure, are naturally suited for ultra-large solar parks and solar-wind hybrid projects. Gujarat’s policy direction and large-scale renewable development in Kutch demonstrate the scale that is possible on wasteland and low-conflict land.
These regions can become the foundation of India’s bulk daytime power generation.
Coastal India: The Wind Frontier
India’s long coastline should be treated as a major strategic national asset for wind energy, especially offshore wind. Official planning by the Ministry of New and Renewable Energy identifies the most advanced offshore wind potential off Gujarat and Tamil Nadu, with major resource potential in both states.
This means coastal India is not only a trade gateway or naval frontier; it is also an energy frontier.
Onshore wind, meanwhile, should continue to be anchored by India’s strongest wind-resource states—especially Gujarat, Tamil Nadu, Karnataka, Maharashtra, Andhra Pradesh, Rajasthan, Telangana, and Madhya Pradesh—where wind development already has an industrial and technical base.
The North East: Hydro and Balancing Power
The North East must be viewed through a different but equally important lens. Its strongest national renewable role lies not primarily in large-scale wind, but in hydropower. Official government sources identify the North Eastern Region, especially Arunachal Pradesh and adjoining river systems, as holding a major share of India’s hydropower potential.
That makes the North East strategically vital not only for electricity generation, but also for balancing a grid that increasingly relies on variable solar and wind power.
Selected ridge and hill zones in the North East may offer localized wind opportunities, but the stronger strategic case for the region is hydro, pumped storage, and grid-balancing capacity—not treating it as India’s principal wind belt.
A State-Wise Energy Sovereignty Strategy
A serious national initiative should assign roles by geography and capability.
Gujarat should be one of India’s first-rank states for mega solar, hybrid energy, battery materials, storage, and export-linked clean manufacturing. Kutch and adjoining arid zones are particularly well suited because they offer wasteland, scale, industrial depth, and port access. Gujarat’s renewable and industrial structure makes it one of the best places for very large projects and battery-linked manufacturing.
Rajasthan should be treated as Bharat’s desert power engine. Jaisalmer, Jodhpur, Barmer, Bikaner, and the broader western desert belt are ideal for ultra-mega solar and hybrid projects. These landscapes can power India’s future if combined with transmission and storage.
Tamil Nadu should become a central pillar for offshore wind, onshore wind integration, EV manufacturing, battery-linked manufacturing, and power electronics. With its ports, industrial base, automotive ecosystem, and offshore wind potential, Tamil Nadu can anchor India’s clean-mobility and coastal-energy future.
Andhra Pradesh should be developed as an integrated clean-energy coast—with inland solar, coastal infrastructure, industrial logistics, and storage. Its clean-energy policy explicitly includes very large renewable ambitions and storage-linked planning.
Karnataka should play a leading role in the brains and systems side of the transition: advanced engineering, software-linked grid systems, battery management systems, clean-mobility R&D, and high-value component manufacturing.
Telangana should be positioned as a battery-systems, storage, and innovation hub, drawing on Hyderabad’s engineering, electronics, and research talent.
Maharashtra should become the model for industrial electrification, storage deployment, and large-scale demand-side transition. Its importance lies not only in generation but in transforming industrial consumption patterns.
The North East, especially Arunachal Pradesh and adjoining Himalayan river systems, should be developed carefully as a hydro and pumped-storage frontier—with deep sensitivity to ecology, seismic vulnerability, local communities, and strategic infrastructure.
What Land Should India Use?
India should not casually speak of “unused land.” It should classify land intelligently and responsibly.
The first priority should be government wasteland, arid and semi-arid scrubland, saline or degraded land, reclaimed industrial land, mine-reclaimed land, canal-top and canal-bank corridors, reservoir-based floating solar, and industrial rooftops, logistics hubs, ports, and transport corridors.
This is essential. Energy sovereignty must not become a fresh land-conflict problem.
Batteries, Storage, and Electric Mobility
India cannot become energy sovereign by producing solar power alone. It must also master storage.
The Ministry of Heavy Industries’ ACC Battery Storage PLI scheme aims to build 50 GWh of domestic advanced chemistry cell manufacturing capacity, and official updates indicate that 40 GWh has already been awarded under the scheme.
That means India must now move from policy announcement to state-wise execution.
Battery and storage architecture should be distributed:
- Gujarat for large-scale materials, chemicals, and the port-linked battery industry,
- Tamil Nadu for EV-linked battery and export manufacturing,
- Telangana for storage systems and integration,
- Karnataka for advanced electronics and battery intelligence systems,
- Andhra Pradesh for storage plus clean-energy industrial corridors.
Transportation must also be treated as central. India cannot speak seriously of energy security while remaining structurally dependent on imported fuels for mobility and freight. Cars matter, but buses, trucks, rail systems, ports, logistics fleets, and eventually coastal shipping matter even more. Battery technology, charging systems, grid integration, and freight electrification should be pursued with the same seriousness that India once brought to food security, atomic energy, and space capability.
Energy Sovereignty as an Engine of Viksit Bharat
Energy sovereignty is not only a strategic and moral necessity; it is also a profound economic opportunity for Bharat.
A serious national mission toward energy self-sufficiency would reduce the outflow of national wealth spent on imported fuels and strengthen India’s economic resilience against wars, sanctions, shipping disruptions, and global price shocks. It would create direct and indirect employment across multiple sectors: solar manufacturing, battery technology, semiconductors and power electronics, grid infrastructure, software systems, electric mobility, maintenance, logistics, research, and construction. This matters even more at a time when many fear that the wider use of artificial intelligence may narrow opportunities in parts of the job market. An energy-sovereignty mission would create large-scale technical, industrial, engineering, and infrastructure-based employment across the country.
Unlike many export-oriented industries, India would not need to depend primarily on foreign buyers for the success of this effort. Much of the energy produced would be consumed within India itself—by households, farms, factories, transport systems, digital infrastructure, and public services. This reduces exposure to tariffs, foreign demand shocks, and external competitive pressures.
In turn, such a transition would create a powerful internal economic system. Domestic supply chains, domestic manufacturing, domestic infrastructure, domestic skills development, and domestic consumption would reinforce one another. Energy sovereignty would therefore be more than an energy outcome. It would be an internal economic multiplier.
For this reason, energy sovereignty should be understood as an engine of Viksit Bharat. Secure and affordable energy is foundational to manufacturing growth, logistics efficiency, industrial competitiveness, technological development, employment creation, and broad-based prosperity. If food self-sufficiency was one of the defining achievements of India’s post-Independence nation-building era, then energy sovereignty should become one of the defining economic missions of twenty-first-century Bharat.
The Larger Historical Lesson
History shows that many conflicts that appear political or imperial on the surface are often intensified by control over a scarce commodity, trade monopoly, or extractive economic structure.
The Indigo Revolt of 1859–60 grew from coercive indigo cultivation under colonial rule. Dutch control of the Banda Islands was tied to a nutmeg monopoly. The Opium Wars arose from Britain’s determination to preserve and expand the opium trade into China. In case after case, domination attached itself to control of a highly valuable, concentrated source of profit. When the material structure changed, the conflict changed too.
That is why the energy question is bigger than electricity. It is about the structure of peace.
A world less dependent on concentrated fossil-energy chokepoints would not eliminate all war. Human ambition, ideology, territory, and power would remain. But it would weaken one of the major structural incentives for coercion, intervention, and resource-driven instability.
This is where Bharat can lead.
What Ministers and Policymakers Should Do Now
The Government of India should launch a National Energy Sovereignty Initiative with five core elements.
First, identify state-wise renewable and storage zones in partnership with state governments.
Second, prioritize government-controlled, low-conflict land and pre-clear it legally and administratively.
Third, fund transmission and storage in advance, not as an afterthought.
Fourth, align ITIs, polytechnics, engineering colleges, and industrial training programs to create the workforce required for solar, storage, batteries, EV systems, wind, hydro, and grid modernization.
Fifth, create single-window, time-bound approvals with strict ecological and social safeguards.
This should not be treated as one more scheme. It should be treated as a national security and nation-building mission.
The Moral Urgency
This is the deeper question before India.
Why does the world still tolerate so much dependence on conflict-producing energy structures when free and clean sources of energy are available across much of the planet? Why is there so much climate language, but so little moral urgency about freeing nations from the insecurity that imported fossil dependence creates?
India should not wait for the world to answer that question.
Bharat has done this before. When food was insecure, she built food security. When technology was denied, she built technology. When strategic capability was uncertain, she built strategic capability.
Now, when energy insecurity threatens her future, she must do what she has done at her best throughout history: think deeply, act boldly, and build for generations.
Let western India become Bharat’s solar engine.
Let the coastline become a wind frontier.
Let the North East become a hydro and balancing-power pillar.
Let industrial states become battery, EV, and clean-manufacturing hubs.
Let the nation treat sunlight, wind, water, storage, and electrified mobility as instruments of sovereignty.
The age of energy dependence has produced too much fear, too much compromise, and too many wars.
The age of energy sovereignty must begin.
And if Bharat succeeds, she will not only secure herself. She may show the world that the path away from conflict is not only diplomatic, but infrastructural; not only moral, but material; not only visionary, but practical.
References for Further Reading
- Office of the Historian, U.S. Department of State, “India-Pakistan, 1973–1976,” in Foreign Relations of the United States, 1969–1976, Volume E–8, Documents on South Asia, 1973–1976, https://history.state.gov/historicaldocuments/frus1969-76ve08/ch5.
- Centre for Development of Advanced Computing (C-DAC), “A Success Story,” https://www.cdac.in/index.aspx?id=pk_itn_spot668.
- Government of India, Ministry of New and Renewable Energy, “Offshore Wind,” https://mnre.gov.in/en/off-shore-wind/.
- Government of India, Ministry of New and Renewable Energy, “Wind Overview,” https://mnre.gov.in/en/wind-overview/.
- Government of India, Ministry of Power, “Green Energy Corridor,” https://powermin.gov.in/en/content/green-energy-corridor.
- Government of India, Ministry of Heavy Industries, “PLI Scheme for National Programme on Advanced Chemistry Cell (ACC) Battery Storage,” https://heavyindustries.gov.in/en/pli-scheme-national-programme-advanced-chemistry-cell-acc-battery-storage.
- Government of India, Ministry of Heavy Industries, “Rajya Sabha Unstarred Question No. 1685: Advanced Chemistry Cell (ACC) Battery Storage,” February 2026, https://heavyindustries.gov.in/sites/default/files/2026-02/rsauq_1685.pdf.
- Britannica, “Indigo Revolt,” https://www.britannica.com/topic/Indigo-Revolt.
- Britannica, “Opium Trade,” https://www.britannica.com/topic/opium-trade.
- Britannica, “The Opium Wars,” in “Opium Trade,” https://www.britannica.com/topic/opium-trade/The-Opium-Wars.
- Government of India, Ministry of New and Renewable Energy, “Wind Schemes & Guidelines,” https://mnre.gov.in/en/document-category/wind-schemes-guidelines.
- Government of India, Ministry of New and Renewable Energy, “Wind Policies,” https://mnre.gov.in/en/document-category/wind-policies/
*****
