Inside the Nugget

India’s economic ambitions are increasingly visible: faster highways, expanding cities, rising air travel, greater industrial production and millions of families aspiring to own their first vehicle.

Behind much of this growth, however, runs a persistent vulnerability—imported crude oil.

India imports approximately 88.5% of the crude oil it consumes. That means nearly nine out of every ten barrels must be sourced from outside the country, paid for substantially in foreign currency and transported through a world affected by wars, sanctions, shipping disruptions and unpredictable alliances. (Government of India, July 2026)

Crude oil is therefore not merely an energy issue. It is an inflation issue, a currency issue, a national-security issue and, ultimately, a growth issue.

A decade of increasing dependence

In 2014–15, India imported approximately 189 million tonnes of crude oil. By 2024–25, this had risen to about 243 million tonnes, while domestic crude production was only around 29 million tonnes. India’s import dependence reached approximately 88.2% in that year. (Economic Survey 2025–26, PPAC oil and gas data)

The country’s crude import bill was approximately $137 billion in 2024–25, compared with $133.4 billion in the previous year. (PPAC data reported for FY2024–25)

This dependence could deepen further. The International Energy Agency estimates that India’s crude imports increased by 36% over the decade to 2023, reaching 4.6 million barrels per day. It projected that imports could rise to 5.8 million barrels per day by 2030 as refinery activity and consumption grow. (IEA India Oil Market Report)

There is an important qualification. India possesses a major refining industry and exports petroleum products after processing imported crude. Consequently, gross crude imports are not the same as petroleum consumed entirely within India.

Nevertheless, the underlying vulnerability remains: India’s economy depends heavily upon crude oil that it does not produce.

The price can change before a tanker arrives

Oil prices demonstrate how quickly an external event can change India’s economic calculations.

The Indian crude basket fell to approximately $19.90 per barrel in April 2020, when global demand collapsed during the pandemic. It subsequently climbed above $80 in late 2021 and rose sharply during the geopolitical shocks that followed.

More recently, the Indian basket reportedly averaged $112.39 per barrel in March 2026 before falling to an average of about $67.88 in early July. It then moved back to approximately $76.28 on July 13 amid renewed geopolitical uncertainty. (Historical Indian Basket data, PPAC price tracker)

This movement—from extreme highs to relative calm and then back upward—captures the problem. India cannot base its long-term growth assumptions on the belief that cheap crude will continue indefinitely.

At roughly 1.8 billion imported barrels a year, every sustained one-dollar increase in the landed price can theoretically add around $1.8 billion to India’s annual crude import cost, before changes in volumes and discounts. (Indian Express analysis)

The arithmetic is unforgiving.

What happens after crude becomes expensive?

A barrel of oil becoming more expensive does not affect only the petrol pump.

First, more dollars are required to pay for imports. This can widen the trade deficit and increase demand for foreign currency, placing pressure on the rupee.

A weaker rupee then makes each dollar-denominated barrel even more expensive. This creates a feedback loop: expensive oil weakens the external account, while a weaker currency raises the rupee cost of oil.

Second, higher diesel prices increase the cost of moving food, construction materials and consumer goods. Aviation fuel affects ticket prices. Petrochemicals influence plastics, packaging, paints, synthetic fibres and numerous industrial products.

Third, these costs can flow into inflation. Businesses either absorb them through lower margins or pass them to consumers through higher prices.

Fourth, inflation can constrain monetary policy. If the central bank must keep interest rates higher for longer, borrowing becomes more expensive for households and businesses. Investment and consumption may slow.

Finally, the government faces a difficult decision. It may allow the increase to reach consumers, reduce fuel taxes, ask public-sector oil companies to absorb part of the cost, or introduce subsidies. Every option has a price—political, fiscal or commercial.

This is why an energy war can strike India more widely than a conventional trade disruption. It simultaneously affects transport, inflation, currency stability, fiscal choices and confidence.

The Strait of Hormuz illustrates the geopolitical concentration of this risk. In 2025, nearly 15 million barrels per day of crude—about 34% of global crude trade—passed through the strait. China and India together received 44% of those exports. Even oil purchased from another country would become more expensive if a major disruption lifted the global market price. (IEA on the Strait of Hormuz)

Why petrol costs more than crude alone

The retail price of fuel is not a simple conversion of the international crude price.

It includes:

• the cost of crude oil;
• shipping, freight and insurance;
• the rupee–dollar exchange rate;
• refinery costs and margins;
• transportation and marketing expenses;
• dealer commission;
• central excise duty;
• state value-added tax; and
• inventory effects, because today’s fuel may have been produced from crude purchased earlier.

Taxes also provide substantial government revenue. This explains why falling international oil prices may not immediately—or fully—appear at the pump. Governments may use periods of lower crude prices to preserve revenue, protect oil-company balance sheets or cushion against future volatility.

This arrangement provides stability, but it can also weaken the price signal that would otherwise encourage fuel conservation.

Ethanol helps—but it is not free oil

Ethanol blending is one of India’s most visible attempts to reduce petroleum dependence.

The blending level increased from less than 1.5% in 2013–14 to 20% in 2025–26. The government estimates that the programme has saved more than ₹1.90 lakh crore in foreign exchange and substituted over 310 lakh tonnes of crude oil since 2014–15. It has also created an additional market for agricultural produce. (Government ethanol-blending factsheet)

These are meaningful achievements. Yet ethanol should not be presented as an unlimited or costless substitute.

Producing it requires sugarcane, maize, rice or other feedstocks, together with land, water, fertiliser, energy and transport. Expanding production can create competition among food, animal feed, water and fuel uses. The correct measure is therefore the programme’s complete economic and environmental cost—not only the quantity of crude displaced.

Ethanol is not always cheaper either. The government has noted that at an international crude price of around $70 per barrel, E20 can cost more to produce than pure petrol because of administered ethanol prices and additional logistics. (Government explanation of E20 economics)

Ethanol can reduce exposure. It cannot eliminate it.

Self-sufficiency or resilience?

Complete energy self-sufficiency is unlikely in the foreseeable future. India’s energy demand is too large and is still growing.

A more realistic national objective is energy resilience: ensuring that no single fuel, supplier, sea route or technology can severely disrupt the economy.

That requires several solutions working together.

1. Electrify the vehicles that consume the most fuel

Electric cars attract public attention, but buses, delivery fleets, taxis, two-wheelers and three-wheelers may offer greater oil savings per rupee of public support because they travel more kilometres.

Electrification should therefore be prioritised by fuel displaced, not simply by the price or visibility of the vehicle.

EVs shift energy demand from imported oil to electricity, which India can increasingly generate domestically. However, batteries and critical minerals introduce new import dependencies. Battery recycling, public charging, domestic manufacturing and diversified mineral supplies must form part of the strategy.

2. Treat public transport as energy infrastructure

The cheapest imported barrel is the one that India does not need to buy.

Reliable buses, metro systems, suburban rail, safe walking routes and last-mile connectivity are not merely civic amenities. They are national energy-security infrastructure.

Public transport reform cannot be limited to a few large metropolitan areas. India needs modern, integrated bus systems in its major towns and rapidly growing tier-two and tier-three cities before congestion and car dependence become permanent.

Dedicated bus lanes, predictable timetables, common payment systems, clean stations and safe last-mile travel could reduce fuel consumption while improving productivity.

3. Build more storage and emergency capacity

The IEA estimated that India’s dedicated strategic petroleum reserve contained about 26 million barrels—equivalent to approximately seven days of net imports—within total stocks that provided around 66 days of cover under its methodology. It recommended strengthening India’s reserve programme and emergency preparedness. (IEA India Oil Market Report)

A strategic reserve is not designed to defeat a permanent shortage. It buys time during temporary disruption.

India should expand storage, establish transparent rules governing its release and consider obligations for industry-held emergency inventories. Reserves should also be geographically distributed and connected efficiently to refineries and ports.

4. Diversify suppliers, routes and contracts

Buying from a wider range of countries reduces dependence upon any one supplier. A mixture of long-term contracts and flexible spot purchases can balance security with price competitiveness.

Refineries capable of processing different grades of crude give India greater negotiating flexibility. Diplomatic relationships with producers in the Middle East, Russia, the Americas and Africa are therefore part of energy policy.

But diversification does not remove global price exposure. Oil is internationally traded; a major disruption affects the price of barrels even when they come from an unaffected supplier.

5. Expand domestic electricity without betting on one source

Solar and wind power can reduce fossil-fuel dependence, but their variability requires grids, storage, flexible generation and demand management.

Nuclear power can supply dependable low-carbon electricity with limited fuel volumes, but plants require substantial capital, careful regulation, public confidence and long construction periods.

Hydropower and pumped storage can help balance renewable electricity, although ecological and resettlement consequences must be addressed.

Green hydrogen may become important for fertiliser, refining, steel, shipping and other sectors that are difficult to electrify. It is currently less persuasive as a universal fuel for passenger cars, where direct use of electricity is generally more efficient.

India does not need to choose one winner. It needs a portfolio.

Should fuel guzzlers pay more?

There is a legitimate policy argument that vehicles imposing higher energy, road-space and environmental costs should pay more.

A blanket refusal of loans for luxury cars, however, would be difficult to design and enforce.

What is a luxury car? Is it defined by price, engine size, weight, emissions or brand? A buyer with sufficient wealth may simply pay cash. Manufacturers could adjust prices or financing structures. The measure could restrict formal lending without materially reducing fuel consumption.

A more effective policy would tax the external cost itself.

Vehicle registration fees and GST compensation cess could rise progressively with vehicle weight, engine capacity and certified emissions. Heavy vehicles cause greater road wear and frequently require more energy, including large electric vehicles.

A “feebate” system could impose additional charges on inefficient vehicles and use the proceeds to reduce the cost of efficient cars, electric buses and charging infrastructure.

Cities could also introduce congestion pricing, realistic parking charges and low-emission zones. These measures charge for actual use of scarce road space rather than merely for ownership.

An additional cess at every refill for fuel-inefficient private vehicles is directionally understandable but administratively complex. Fuel pumps cannot easily determine whether the fuel is entering a small car, a luxury SUV, a taxi, an ambulance or agricultural equipment. A general fuel-tax increase would also affect lower-income users indirectly through transport costs.

Technology could permit vehicle-linked charging, but it would introduce privacy, enforcement and evasion concerns.

The better principle is straightforward: tax inefficient vehicles more heavily at purchase and registration, charge congestion and parking at the point of use, and protect essential and lower-income transport from disproportionate harm.

Will a government bite the bullet?

Every serious energy reform creates an organised opponent.

Automobile manufacturers will resist measures that reduce demand for larger vehicles. Urban motorists will oppose parking and congestion charges. Farmers may resist changes to ethanol feedstock policy. State governments depend on fuel taxation. Consumers want stable and affordable prices, even when international crude becomes expensive.

The benefits of reform—lower import dependence, cleaner air and stronger economic resilience—are widely distributed and appear gradually. The political costs are immediate and visible.

That is precisely why the subject requires a long-term national framework rather than temporary reactions to each oil-price shock.

India cannot control the price of crude, the outbreak of a war or the closure of a shipping route. It can control how much oil its economy requires, how diversified its supplies are, how much emergency stock it holds and whether its cities offer practical alternatives to private vehicles.

Crude oil will remain a slippery slope for India as long as economic growth automatically means greater oil consumption.

The objective should not be to stop India from moving. It should be to ensure that India can keep moving without every global conflict sending a shock through its currency, inflation and growth.

Disclaimer: This article is intended for general education and policy discussion. Data may be revised by the respective reporting authorities.