India’s retail sugar prices jumped 36% in just five weeks (July–August 2026), from ₹47/kg to ₹64/kg in Delhi—the fastest spike since 2015. The cause traces back to shrinking sugarcane production (down 7% since 2022-23’s peak), especially in the UP-Maharashtra-Karnataka belt. Data shows sugar-based ethanol’s share actually fell as maize took over, easing concerns that the E20 programme is driving the shortage. The government instead cites weather damage, lower cane output, festive demand, and hoarding.

Context

India’s sugar market has entered a period of unusual price volatility, with retail sugar prices rising sharply in recent weeks after remaining relatively stable for much of the past decade. The sudden increase has also reignited debate over India’s ethanol-blending programme and whether diverting sugarcane towards ethanol is contributing to tighter sugar supplies. However, the data points to a more complex story, involving declining sugarcane production, global market conditions, seasonal demand and changes in the feedstock used for ethanol production.

In this article, we examine the recent and long-term trends in sugar prices, look at how prices have varied across states and trace the changes in sugarcane production.

Who compiled this data?

Daily retail and wholesale sugar prices are collected by the Price Monitoring Division, Department of Consumer Affairs, Ministry of Consumer Affairs, Food & Public Distribution, Government of India, from designated price-reporting centres across states and union territories.

Where can I download clean & structured data related to this?

Clean, structured, and ready-to-use datasets on daily sugar prices and sugar cane production are available on Dataful.

Key Insights

Sugar prices were unusually stable, until they suddenly aren’t
For most of the past decade, India’s retail sugar price has moved at a pace that barely registers day-to-day. Between August 2018 and June 2026, the average retail price moved from around ₹40/kg to ₹48/kg, a rise of roughly 2% a year, well within general food inflation.

Then, over just five weeks in July–August 2026, it broke from that pattern entirely. Between July and August 2026, the retail price in Delhi jumped from ₹47/kg to ₹64/kg, a 36% increase in just five weeks, the fastest such rise in the daily price series since 2015. Wholesale prices followed a similar trajectory, rising by 38% over the same period.

The speed of the increase is particularly striking when compared with the previous major sugar-price cycle. Between August 2015 and late 2017, retail prices rose by about 63%, from ₹27/kg to ₹44/kg, but that increase unfolded over 27 months. In 2026, nearly half of that earlier increase occurred within just five weeks. This difference in speed, more than the level itself, is what has made this spike so visible to consumers and so quickly a policy concern. That makes the immediate question less about whether sugar has become expensive, it clearly has, and more about what has caused such a rapid tightening in the market.

The recent climb: from a quiet May to a sharp August spike
The recent sugar-price surge becomes much clearer when the May–August 2026 period is viewed as a single sequence rather than as one sudden jump. Prices remained relatively contained through much of May and June, before beginning to accelerate in July. The real break came in August, when the increase became both sharper and more widespread. By 20 July, the retail price in Delhi had reached ₹47/kg, and by 22 August it had climbed to ₹64/kg, a 36% increase in just five weeks.

This four-month window shows that the August spike did not emerge entirely out of nowhere. June and July provide the baseline, and August turns that into a full-fledged price shock. The movement was also visible in wholesale prices, which rose by 35% over the same five-week period, suggesting that the increase was not confined to the retail end of the supply chain.

The price increase is widespread, but some states are feeling it much more sharply

The price increase is widespread, with a majority of the states and union territories tracked showing some increase over the six-week window, but it is far from uniform. Large mainland markets have moved the most; smaller island and hill states, several of which trade at a premium already due to transport costs, have barely moved.

But the magnitude of the increase varied substantially. In retail prices, Madhya Pradesh recorded a 42% increase, followed by Odisha and Maharashtra at 40%. At the other end, Rajasthan recorded 24%, Gujarat at 25%, Andhra Pradesh at 11%, Telangana and Jammu and Kashmir at 13% each. With respect to the wholesale prices, Odisha recorded a 42% rise, followed by Maharashtra at 41% and Madhya Pradesh at 40%. On the other end, Jharkhand and Andhra Pradesh recorded 13% and 10% respectively.

This uneven movement matters because sugar does not reach consumers through a single national market in which prices respond identically everywhere. Transport costs, local inventories, wholesale markets and the proximity of large consumption centres can all influence how quickly a national supply shock reaches retail markets.

But the breadth of the increase suggests that this is not simply a local disruption. To understand the underlying pressure, it is necessary to move one step back, from the price of sugar to the availability of the crop from which sugar is made.

The pressure begins with sugarcane, and India’s cane supply has been shrinking

Sugar prices ultimately depend on the availability of sugarcane, and the long-term production data provides an important clue. India’s sugarcane production reached a record 490 million tonnes in 2022-23, when the area under cultivation also peaked at 5.88 million hectares. Since then, both have declined for consecutive years. By 2024–25, cane production had fallen to 454.6 million tonnes, down 7% from the 2022-23 peak, while the cultivated area had declined by 7.5% to 5.44 million hectares.

The decline in cane production has been especially pronounced in the western sugar belt. Uttar Pradesh accounts for about 49% of national production and Maharashtra another 24%, meaning these two states together produce roughly three-quarters of India’s cane. Karnataka contributes another 11%. Their combined production fell from 407 million tonnes in 2022–23 to 369 million tonnes in 2023-24, a 9% decline in a single season, before partially recovering in 2024–25. With El Nino conditions, the western belt that is already exposed to rainfall variability might result in further shortfall in production.

The production shock also takes time to work its way through the sugar supply chain. Sugarcane is planted, harvested, crushed and processed over successive crop cycles, meaning a poor harvest can affect sugar availability and inventories well after the weather event itself has passed. The recent decline in cane production therefore provides a better explanation for tightening sugar supplies than simply looking at the price movement in isolation.

This brings us to the explanation that has attracted perhaps the most attention: India’s E20 ethanol programme. If more sugarcane is being diverted to ethanol, the argument goes, less should be available for sugar production. But the available data complicates that story.

Is the E20 ethanol programme to blame?

India’s ethanol-blending programme has scaled quickly, from 1.5% blending in petrol in 2014 to hitting the 20% (E20) target in 2025, five years ahead of schedule. Because ethanol can also be made from sugarcane juice and molasses, it has become an easy explanation to reach for whenever sugar prices move: more cane going to ethanol plants should mean less sugar on the market. That logic is intuitive, but is that the reason behind the spike?

In a written reply to the Rajya Sabha, the Ministry of Petroleum & Natural Gas tabled feedstock-wise ethanol supply data reported by oil marketing companies since 2020.  Sugar-based feedstock supplied 86% of India’s ethanol in ESY2020-21; by ESY2024-25 that had fallen to 31%, as maize-based ethanol alone grew from zero in ESY2021-22 to 498 crore litres in ESY2024-25, now the single largest feedstock category, ahead of every sugar-derived source combined. Notably, the volume of sugar-based ethanol didn’t just plateau; it fell in absolute terms too, from 369 crore litres in ESY2022-23 to 272 crore litres in ESY2023-24.

Further, the Ministry attributed the price hike to a shortage, pointing to a lower domestic cane harvest (this season’s sugar output is estimated at ~30.6 million tonnes against an initial estimate of ~34.3 million tonnes), and increased demand ahead of the festive season, weather-related damage to the sugarcane crop, tightening global sugar supplies and speculation and hoarding by some sections of the industry.

Why does it matter?

Sugar is both a widely consumed food item and a politically sensitive agricultural commodity, so a rapid price increase can affect households, food businesses and inflation expectations. The speed of the 2026 rise is particularly important: a price movement that took more than two years during the previous major cycle has occurred within weeks this time. Understanding whether the pressure comes from declining sugarcane production, weather-related crop losses, seasonal demand, global supply conditions or ethanol diversion matters for policy. It also matters for farmers and sugar mills, as interventions such as imports or changes in ethanol policy can affect farm prices, mill finances and future production decisions.

Key Numbers

• Retail sugar price (Delhi): ₹47/kg → ₹64/kg, a 36% jump in five weeks (July–August 2026)

• State-wise retail price increases: Madhya Pradesh 42%, Odisha & Maharashtra 40%, Gujarat 25%, Rajasthan 24%, Telangana & J&K 13%, Andhra Pradesh 11%

• State-wise wholesale price increases: Odisha 42%, Maharashtra 41%, Madhya Pradesh 40%, Jharkhand 13%, Andhra Pradesh 10%

• Sugarcane production: peaked at 490 million tonnes (2022-23) → fell to 454.6 million tonnes by 2024-25 (down 7%)

• Sugar-based ethanol share: 86% (ESY2020-21) → 31% (ESY2024-25)

• Maize-based ethanol: 0 → 498 crore litres (ESY2021-22 to ESY2024-25)