India is currently facing a significant energy crisis primarily triggered by the escalating conflict in West Asia, which has severely disrupted energy supplies through a critical maritime chokepoint (Strait of Hormuz). This external shock has laid bare the country’s underlying structural vulnerabilities, including a heavy dependence on imports and limited strategic reserves.
What is Energy Crisis?
- An energy crisis is a significant bottleneck in the supply of energy resources to an economy. It typically occurs when the demand for energy (electricity, fuel, or heating) far outstrips the available supply, leading to sharp price increases, shortages, and economic instability.
- Core Drivers of a Crisis:
- Geopolitical Conflict: War or political instability in energy-rich regions can disrupt pipelines or shipping routes. A classic example is the 1973 Oil Crisis, where an embargo led to global shortages.
- Infrastructure Failure: Aging power grids, lack of maintenance, or a failure to build enough capacity to meet growing populations can lead to systemic collapses.
- Natural Disasters: Extreme weather—like heatwaves that spike air conditioning demand or hurricanes that damage refineries—can paralyze energy systems.
- Market Volatility: Sudden shifts in the global economy or speculation in commodity markets can cause prices to skyrocket, making energy unaffordable even if it is physically available.
- The Energy Transition: As the world moves away from fossil fuels, a “gap” can form if renewable infrastructure (wind, solar, battery storage) isn’t scaled up fast enough to replace retiring coal or gas plants.
What are the reasons behind the present energy crisis faced by India?
- Conflict in West Asia: The immediate cause of the current crisis is the war involving Iran, which has directly impacted the Strait of Hormuz:
- Supply Disruptions: Nearly 30% of India’s natural gas and a significant portion of its crude oil transit through Strait of Hormuz. Key suppliers like Qatar and Abu Dhabi have halted or reduced shipments, prompting India’s largest gas importer, Petronet LNG, to declare force majeure.
- Price Volatility: The conflict has driven up global energy prices, with analysts warning of oil potentially exceeding $100 per barrel. For India, every $10 increase in oil prices adds an estimated $13-14 billion to its annual import bill.
- LPG & CNG Shortages: India imports over 60% of its LPG – with nearly 90% of LPG imports transiting through the Strait of Hormuz. The disruption has caused a severe shortage of cooking gas (LPG) and transport fuel (CNG) in major cities like Delhi, Mumbai, and Bengaluru.
- Structural Vulnerabilities: The conflict has exposed India’s long-standing structural energy challenges, which magnify the impact of any external shock:
- Overwhelming Import Dependence: India imports about 88% of its crude oil and a substantial portion of its natural gas needs. This dependence means that international supply disruptions translate directly into domestic shortages and price pressures. India’s heavy reliance on shipping routes through geopolitically sensitive chokepoints like Hormuz creates a fundamental energy security vulnerability.
- Limited Strategic Reserves: The country’s energy stockpiles are modest and provide only a limited buffer. Strategic petroleum reserves cover around 10 days of consumption, while LPG and LNG reserves are estimated at only 25-30 days and 10-12 days, respectively.
- Transmission Bottlenecks: Large amounts of solar and wind power are being “stranded” in states like Rajasthan because the transmission lines (green corridors) are operating far below their intended capacity due to grid stability concerns.
- Other Reasons:
- Early Heatwaves: February 2026 recorded a 15-year high in power demand, driven by above-normal temperatures that spiked the need for cooling (air conditioning) much earlier than the typical summer peak.
- Industrial Resurgence: India’s manufacturing sector (PMI reaching 56.9) has kept industrial power demand consistently high, accounting for nearly 50% of total consumption.
What are the consequences of the energy crisis?
- Business Closures and Job Losses: The shortage of LPG has hit commercial users the hardest:
- In Mumbai, an estimated 20% of hotels and restaurants have already shut down, with fears that nearly 50% could close within days.
- The industrial town of Morbi in Gujarat, a hub for the tile industry, has seen 170 factories shut down, putting around one lakh people out of work.
- SMEs in sectors like textiles (Tiruppur) and ceramics (Gujarat) are facing imminent shutdowns. Dyeing units in Tiruppur have warned they have only 15 days of gas reserves remaining.
- Slower Economic Growth: Economists warn that sustained high oil prices and supply disruptions could significantly dent India’s GDP growth. Estimates suggest growth could be cut by 15 to 40 basis points (0.15% to 0.4%) for the next financial year. In a more extreme scenario, a sustained $50 per barrel increase in oil prices could wipe out over 2% of India’s GDP.
- Rising Inflation: The surge in global energy prices is translating into higher input costs across the economy. This is expected to push up the CPI by an estimated 30 to 50 basis points (0.3% to 0.5%) .
- Strain on Government Finances and External Balance: Every $10 increase in the price of a barrel of oil adds an estimated $13-14 billion to India’s annual import bill. This widens the current account deficit and puts downward pressure on the Indian Rupee.
- Fertilizer Crisis: Plants are receiving only 70% of their average gas supply. This is particularly critical as farmers prepare for the summer crop cycle, leading to fears of lower yields and future food inflation.
- Household LPG Shortages: While the government has prioritized households for LPG supplies, there are reports of widespread shortages and cylinders being sold in the black market at exorbitant prices.
- CNG/Auto-LPG Scarcity: Long queues have returned to fuel pumps in urban centers. In some cities, the number of auto-rickshaws on the road has dropped by 30% because drivers cannot find fuel.
- Aviation: Airlines are facing higher Aviation Turbine Fuel (ATF) costs, which will likely translate into significantly higher airfares during the upcoming summer travel season.
What are various initiatives to overcome the current energy crisis?
- Invocation of Essential Commodities Act (ECA) 1955: The government has invoked the Essential Commodities Act (ECA), 1955, through the Natural Gas (Supply Regulation) Order, 2026. This is a drastic step to stabilize the market:
- Tiered Priority System: Piped Natural Gas (PNG) for homes, CNG for transport, and LPG production have been designated as Priority-1. They are guaranteed 100% of their average consumption.
- Industrial Curtailment: To protect kitchens and transport, gas is being diverted from petrochemical plants and refineries. Fertilizer plants (Priority-2) are capped at 70% supply, while other manufacturing units are receiving only 80%.
- LPG Panic Control: A mandatory 25-day inter-booking period has been enforced for domestic LPG cylinders to prevent hoarding and stabilize erratic booking patterns.
- Diversification of Supply:
- Alternative Sourcing: State-owned oil companies have signed emergency deals with Algeria, Norway, Canada, and Australia to bring in LNG and LPG shipments via the Cape of Good Hope or other non-disrupted routes.
- Russia Oil: India has further increased procurement of Russian oil to compensate for consignments stuck in West Asia, utilizing a reported 30-day waiver from Western sanctions.
Boosting Domestic Production: The government has directed oil refineries to maximize the production of LPG. This has led to an approximate 10% increase in domestic LPG production in a short period. The additional output is specifically being channeled to households.
What can be the way forward?
- Boosting Domestic Fossil Fuel Production:
- Mission Samudra Manthan: This national deepwater exploration mission is a cornerstone of the new strategy. By increasing exploratory drilling from about 30 wells to at least 100 wells per year starting in 2026-27, the government aims to unlock the potential of India’s underexplored offshore basins. The goal is to significantly boost domestic crude oil and natural gas production over the next two decades, reducing the need for costly imports.
- Expanding Strategic Reserves: The current strategic petroleum reserves provide about 10 days of import cover. The plan is to add another 6 million metric tonnes (MMT) to push the total buffer closer to a 90-day reserve. This will be complemented by a new 10-day strategic gas buffer, providing a crucial cushion against sudden supply shocks like the one triggered by the West Asia conflict.
- Massive Investment in Energy Storage: To address the intermittency of solar and wind, India is planning a massive scale-up of energy storage. The target is to procure around 411 GWh of storage (a mix of Battery Energy Storage Systems (BESS) and Pumped Storage Hydro) by 2030 to support its 500 GW renewable target.
- Accelerating the National Green Hydrogen Mission (NGHM): Hydrogen is being positioned as the “fuel of the future” to decouple Indian industry from imported natural gas. The mission aims to produce 5 million metric tonnes (MMT) of Green Hydrogen annually by 2030, specifically targeting the fertilizer and steel sectors which currently rely on 80% imported gas.
- Diversifying the Energy Sources & Mix:
- India should reduce dependence on any single source or supplier by promoting alternative fuels and increasing sourcing from various global regions (e.g., Russia, Africa, U.S., Latin America).
- India should continue to explore underutilized energy sources such as tidal, geothermal, and hydrogen fuel, which can provide sustainable alternatives. Expanding research and development in these areas can unlock new opportunities for energy security.
- Expand nuclear energy capacity, leveraging India’s thorium reserves for long-term energy security.
- Promote small modular reactors (SMRs) as a future low-carbon baseload option.
- Focus on Energy Efficiency and Conservation: Adopting energy-efficient technologies and practices across industries, buildings, and transportation can significantly reduce energy demand. Policies promoting energy conservation, retrofitting, and smart grids can optimize energy use and lower dependency on imports.
| Read More: Indian Express UPSC GS-3: Energy |
