Kashmir Faces 400 MW Winter Power Deficit as Demand Touches 2,400 MW: Can the Valley Avoid Another Season of Electricity Crisis?

Falling Hydropower Generation, Rising Heating Requirements and Transmission Grid Stress Raise Fresh Concerns as Administration Races to Complete Winter Preparations

By: Javid Amin | 13 November 2026

Srinagar: Kashmir is heading towards another difficult winter, with electricity demand expected to outstrip available supply by approximately 400 megawatts (MW) on an average basis. As temperatures fall and households increasingly depend on electric heaters, geysers and other heating appliances, the Valley’s already strained power distribution system is preparing for a period of heightened demand, reduced hydropower generation and scheduled load curtailments.

The numbers presented at a high-level winter preparedness meeting chaired by Divisional Commissioner Kashmir Anshul Garg on November 13 underline the scale of the challenge. Officials informed the meeting that average winter electricity demand in the Valley stands at approximately 1,700 MW against an average available supply of 1,300 MW, leaving a gap of around 400 MW.

More concerning is the projected peak demand, which could touch 2,400 MW during periods of intense winter consumption.

The figures expose a familiar but increasingly serious problem for Kashmir. Electricity requirements rise precisely when the region’s hydropower generation begins to weaken, forcing greater dependence on electricity sourced through the interstate transmission network.

For ordinary households, the consequences are immediate. Longer outages, voltage fluctuations and uncertainty over supply hours can make everyday life difficult, particularly during prolonged cold spells.

The administration has begun reviewing transformer availability, power infrastructure maintenance, tree trimming and emergency arrangements. However, the central challenge extends beyond winter preparedness meetings: Kashmir needs sufficient electricity, a stronger transmission network and a distribution system capable of delivering available power reliably.

The 400 MW Gap: What the Numbers Actually Tell Us

The difference between electricity demand and available supply is central to understanding Kashmir’s winter power crisis.

The difference between 1,700 MW of average demand and 1,300 MW of average supply produces the reported 400 MW shortfall.

However, the 2,400 MW figure represents projected peak demand, not average consumption. It would therefore be incorrect to simply subtract the average supply of 1,300 MW from peak demand and describe the resulting 1,100 MW as the actual peak deficit. The two figures refer to different demand conditions.

There is another important distinction. MW measures the rate of electricity demand or supply at a particular moment, while megawatt-hours (MWh) measure electricity consumed or supplied over a period of time.

This distinction becomes relevant when comparing different estimates released around the same time.

Different estimates, different reporting periods

A separate report by Kashmir News Observer on November 13 quoted a power-sector official as saying that Kashmir’s daily electricity requirement stood at approximately 34,400 MWh, against availability fluctuating between 29,000 and 31,000 MWh.

The report put the daily energy shortfall at nearly 4,400 MWh. The same official estimated average demand at 1,435 MW against availability of approximately 1,280 MW, describing the average deficit as nearly 150 MW. Peak non-solar demand had reportedly increased from 1,650 MW to 1,700 MW.

Earlier, on November 4, a KPDCL official quoted by Greater Kashmir had placed Kashmir’s peak demand at approximately 1,500 MW. Power-sector data for November 3 showed the Valley’s actual load at 1,426 MW, while the combined load of Jammu and Kashmir stood at 2,318 MW.

These estimates are not necessarily contradictory. They appear to describe different dates, operating conditions and forecast periods. The 2,400 MW figure is the higher winter peak projection, whereas the other reports describe electricity demand during the early stages of the winter season.

Nevertheless, the difference makes one thing clear: the administration and power authorities need to publish the underlying demand forecasts, hourly availability figures and expected peak periods.

Without that information, consumers cannot easily understand how the projected deficit translates into actual power cuts.

Falling Hydropower Generation: Kashmir’s Biggest Seasonal Vulnerability

The region has considerable hydropower resources, but electricity generation fluctuates according to water availability. During winter, declining river discharge can reduce the output of hydroelectric projects precisely when household consumption begins to rise.

This creates a seasonal mismatch.

In summer, relatively higher water availability can support hydropower generation. In winter, reduced river flows place pressure on generation even as households increase their use of electricity for heating.

According to the Economic Survey 2025–26, Jammu and Kashmir has an identified hydropower potential of approximately 14,867 MW. However, installed and harnessed capacity stands at around 3,540.15 MW, representing only 23.81 per cent of the identified potential.

The figures highlight a major long-term opportunity, but installed capacity should not be confused with actual electricity generation.

A hydroelectric project may have a substantial installed capacity, but its output depends on the volume of water available, operating conditions and other technical factors.

Why local generation falls during winter

The problem becomes particularly visible when water levels decline.

Greater Kashmir reported in early November that generation from J&K-owned hydropower projects was fluctuating around 250–300 MW during the preceding week, according to a senior power-sector official.

This seasonal decline increases the importance of electricity procured from outside Jammu and Kashmir.

The Union Territory already depends substantially on the interstate transmission system to meet its requirements.

Power-sector data for November 3, reported by Greater Kashmir, showed imports of approximately 1,950 MW against a combined Jammu and Kashmir load of 2,318 MW. The same report recorded 1,426 MW of load in Kashmir and 893 MW in Jammu.

The figures demonstrate how important external power purchases have become to the region’s electricity security.

Additional 330 MW from the central pool

There is some relief expected.

According to a Greater Kashmir report citing a senior official, the Ministry of Power is allocating an additional 330 MW from the central pool to Jammu and Kashmir from December 1, 2026, through February 2027.

The additional allocation is intended to compensate for declining hydropower generation and help meet increased winter demand.

However, this allocation is for the Union Territory, not exclusively for the Kashmir Valley.

More importantly, additional power procurement does not automatically guarantee uninterrupted household supply.

Electricity must also be transmitted through the interstate network, received at grid stations and distributed through local feeders without overloading equipment.

The additional 330 MW could ease the shortage, but whether consumers actually experience an improvement will depend on how effectively the additional electricity is integrated into the system.

NRPC’s Warning: Kashmir’s Problem Is Not Just Electricity Availability, but Grid Stability

One of the most concerning aspects of the approaching winter is the warning issued by the Northern Regional Power Committee (NRPC).

In its assessment of winter preparedness for 2026–27, the committee identified recurring low-voltage problems in the Kashmir Valley and cautioned that similar conditions could return unless corrective measures were completed in advance.

The assessment pointed to electricity demand in the Jammu and Kashmir control area reaching approximately 3,200 MW during the previous winter, particularly during early morning and evening hours when heating appliances increased consumption.

Reduced hydropower generation forced the system to draw substantial reactive power from the interstate transmission network, contributing to voltage instability at important grid stations in Kashmir.

How serious was last winter’s voltage problem?

The NRPC assessment recorded the following voltage levels:

These readings were considerably below the prescribed limits under the Indian Electricity Grid Code.

For ordinary consumers, low voltage is not simply an inconvenience.

It can affect the performance of electrical appliances, cause equipment to operate inefficiently and put additional stress on an already strained distribution network.

In a winter when electric heaters and water geysers are being used extensively, voltage instability becomes an even bigger concern.

What has NRPC asked authorities to do?

The committee has sought advance corrective action from the agencies responsible for transmission and grid management.

Among its important recommendations are:

• The Jammu and Kashmir State Load Despatch Centre should submit a detailed winter preparedness plan.

• Availability of capacitor banks and other voltage-support equipment should be reviewed.

• The Static Var Compensator (SVC) at New Wanpoh should undergo priority maintenance.

• POWERGRID and IndiGrid should complete maintenance of important 400 kV transmission lines before the end of November.

• Transmission agencies should ensure that no planned shutdown of 400 kV lines is facilitated during the December–March period.

The NRPC has also highlighted a weakness in the Valley’s emergency restoration arrangements.

During the restoration of electricity following a partial blackout last winter, power could not be extended because a synchronising trolley was unavailable at the Amargarh end.

The committee has advised transmission licensees to ensure the availability of this equipment at substations to facilitate faster restoration following major disruptions.

This is a significant observation.

It suggests that Kashmir’s winter electricity challenge is not limited to purchasing more power. The transmission system must also be capable of carrying that electricity, maintaining stable voltage and restoring supply quickly when a major failure occurs.

Central Electricity Authority Forecast Also Points to Winter Shortages

The broader electricity outlook for Jammu and Kashmir provides another important perspective.

The Central Electricity Authority’s anticipated power supply position for 2026–27 projects seasonal demand-supply gaps for the combined Union Territories of Jammu and Kashmir and Ladakh.

Its month-wise forecast indicates the following peak power deficits:

The CEA also projects energy shortages during these months, with the largest monthly energy deficit expected in January at approximately 850 million units (MU).

Interestingly, its annual assessment still projects an overall peak surplus of 233 MW and an energy surplus of 470 MU for the combined Union Territories.

This distinction is important.

A region can have an annual electricity surplus on paper while facing substantial shortages during particular months. Seasonal demand, availability of generation and the timing of power procurement determine whether electricity is available when consumers need it.

The CEA figures cover Jammu and Kashmir and Ladakh together. They should not be mistaken for a Kashmir-only demand forecast.

Nevertheless, they reinforce the warning that winter electricity availability remains a major planning challenge.

Scheduled Power Cuts: Consumers Face Another Long Winter

For households, the most visible consequence of the electricity shortage is scheduled load-shedding.

KPDCL introduced a revised Load Curtailment Plan across Kashmir from October 17, 2026. Under the arrangement, the duration of scheduled outages is linked to the Aggregate Technical and Commercial (AT&C) losses recorded on individual feeders.

The revised schedule provides for:

The plan also brought 85 additional feeders into the round-the-clock supply category, taking the total to 214. Essential feeders serving hospitals, medical institutions and water supply installations have separate arrangements.

The logic behind the system is to encourage better electricity consumption, metering and revenue recovery.

Areas with lower AT&C losses are rewarded with shorter curtailment, while feeders recording higher losses face longer scheduled interruptions.

However, the arrangement also raises concerns about the unequal distribution of electricity.

Rural areas with older infrastructure, non-metered connections and higher recorded losses may face significantly longer scheduled outages than better-performing urban feeders.

For families living in remote villages, eight hours without electricity during winter can be particularly difficult.

Scheduled outages versus unscheduled power cuts

There is also a difference between planned load-shedding and unexpected interruptions.

Consumers have repeatedly complained that electricity cuts sometimes exceed the timings mentioned in the official schedule.

Greater Kashmir reported complaints of eight to ten hours of daily outages in areas including Lar, Wayil, Kangan and Gund in Srinagar and Ganderbal districts.

The same reports quoted KPDCL officials attributing additional load-shedding to the gap between demand and available supply and the need to prevent overloading at key receiving stations.

This leaves consumers with two separate concerns.

First, the scheduled curtailment itself is substantial in many areas.

Second, unexpected interruptions make it difficult for households to plan their daily activities.

The Divisional Commissioner’s latest direction to KPDCL to strictly adhere to the published schedule is therefore significant. It indicates that predictable supply timings are an important part of winter preparedness, not merely an administrative formality.

Winter Preparedness: Transformer Stocks and 80% Branch Cutting Completed

The administration has begun preparations to reduce the impact of snowfall and electricity-related disruptions.

At the November 13 meeting, officials informed Divisional Commissioner Anshul Garg that adequate stocks of transformers were available across all districts.

They also reported that approximately 80 per cent of branch-cutting work had been completed.

Tree branches touching or hanging over electricity lines can damage infrastructure during snowfall, strong winds and heavy precipitation. Completing the remaining work before severe weather arrives is therefore important for reducing avoidable interruptions.

Garg directed KPDCL to:

• Complete the remaining branch-cutting work without delay.

• Ensure strict adherence to scheduled curtailment timings.

• Repair damaged transformers promptly.

• Strengthen workshop capacity wherever required.

• Ensure adequate availability of transformer oil and other essential supplies.

The availability of diesel generator sets and high-speed diesel in Gurez was also reviewed, given the possibility of road closures and disruptions in remote areas.

Why transformer availability matters

Transformers are critical components of the local distribution network.

When a transformer fails because of overloading, technical faults or weather-related damage, entire neighbourhoods can lose electricity.

In remote and snowbound areas, replacing or repairing damaged equipment can take longer because of transportation difficulties.

Maintaining adequate stocks, strengthening district-level workshops and deploying repair teams quickly can reduce the duration of such interruptions.

However, having transformer stocks available is only one part of preparedness. The capacity of existing transformers must also match the actual load placed on them.

Snowfall Could Create Additional Pressure on Essential Services

Electricity is only one component of the winter preparedness exercise.

The November 13 meeting also reviewed arrangements for roads, healthcare, drinking water, fuel supplies and emergency transportation.

The administration directed the concerned departments to complete advance stocking of LPG cylinders, petroleum products, rice and wheat in remote areas, including Gurez and the Karnah-Machil-Keran belt, within one week.

The Civil Aviation Department was asked to operationalise winter air sorties in Bandipora and Kupwara by December 1 to facilitate emergency transportation from inaccessible areas.

The meeting also reviewed:

• Deployment of 4×4 ambulances in vulnerable areas.

• Heating arrangements and medicine availability in hospitals.

• Snow clearance on highways, major roads and internal lanes.

• Uninterrupted functioning of drinking water schemes.

• Adequate firewood supplies at forest department depots.

• Round-the-clock operation of district control rooms.

These arrangements matter because a prolonged electricity disruption can affect more than household lighting and heating.

Water supply schemes dependent on electricity can also be affected. Healthcare facilities need dependable backup arrangements, while remote communities may become difficult to reach during heavy snowfall.

The success of winter preparedness will therefore depend on coordination between departments rather than the performance of KPDCL alone.

The Economic Cost of Another Winter Power Crisis

The impact of electricity shortages extends well beyond domestic inconvenience.

Kashmir’s economy has several sectors that depend heavily on uninterrupted electricity, particularly during winter.

Small businesses and commercial establishments

Shops, workshops, restaurants, bakeries and small manufacturing units rely on electricity for daily operations.

Unscheduled power cuts can interrupt work, delay orders and increase operating costs where businesses have to depend on diesel generators or alternative arrangements.

For smaller establishments, the cost of backup electricity can become an additional financial burden.

Students and educational institutions

Winter is an important period for academic preparation and examinations.

Students studying at home need adequate lighting, heating and access to digital resources.

Frequent outages can disturb study schedules, particularly for students in rural areas where alternative facilities may be limited.

Healthcare services

Hospitals and healthcare facilities require reliable electricity for diagnostic equipment, heating systems, laboratories, emergency services and other critical operations.

Although essential feeders receive separate supply arrangements, backup generation and contingency planning remain necessary.

Tourism and hospitality

Kashmir’s winter tourism season depends heavily on the availability of basic infrastructure.

Hotels, guesthouses, restaurants and tourism establishments require electricity for heating, hot water, lighting and other services.

Prolonged electricity shortages can increase operating expenses and affect the experience of visitors.

For a destination promoting itself as a winter tourism hub, dependable power is an important part of the overall infrastructure.

Household finances

The situation is particularly difficult for families that depend on electric heaters and geysers.

They face a double challenge: electricity consumption rises during winter, increasing monthly bills, while scheduled and unscheduled power cuts affect the availability of the service.

This is likely to intensify the public debate over electricity tariffs, smart meters and service quality.

What Kashmir Needs Beyond Temporary Winter Arrangements

The immediate priority is to manage the coming winter. But the recurring nature of the power shortage suggests that temporary arrangements alone cannot provide a lasting solution.

Several structural improvements deserve attention.

Strengthening transmission infrastructure: Voltage-support equipment, substations and high-capacity transmission lines need timely maintenance and upgrades.

Expanding hydropower generation: Jammu and Kashmir needs to examine the responsible development of its untapped hydropower potential, while accounting for environmental, geological and financial considerations.

Improving distribution networks: Overloaded transformers, ageing conductors and weak local feeders require targeted investment.

Transparent power schedules: KPDCL should publish clear feeder-wise curtailment information and explain any interruptions beyond the notified schedule.

Better consumer grievance redressal: Complaints regarding prolonged outages, defective transformers and low voltage should be registered and resolved within defined timelines.

Improved winter power procurement: Additional allocations and advance procurement arrangements should be planned before demand reaches its seasonal peak.

Public disclosure of performance: Daily demand, available supply, actual imports, local generation and curtailment data should be made accessible to consumers.

These measures would help move the electricity debate away from repeated seasonal announcements towards measurable improvements.

The Bigger Question: Will Kashmir Get More Than Scheduled Power Cuts This Winter?

Kashmir’s projected 400 MW winter power deficit is a warning that the Valley’s electricity system is entering another demanding season.

The administration has begun preparations. Transformer stocks are reportedly adequate, most branch-cutting work has been completed, and KPDCL has been directed to improve repair arrangements and follow scheduled curtailment timings.

The proposed additional 330 MW allocation from the central pool could also provide some relief.

Yet the NRPC’s warning about low voltage, the seasonal decline in hydropower generation and complaints about outages beyond the published schedule show that the challenge is much wider than simply arranging additional electricity.

There is also a larger policy question.

Jammu and Kashmir possesses considerable hydropower resources, yet its actual winter electricity availability remains heavily dependent on external procurement. The region’s distribution network continues to face operational challenges, while households are increasingly dependent on electricity for heating and everyday needs.

For consumers, the measure of success will not be the number of winter preparedness meetings held or the quantity of transformers stored in district warehouses.

It will be the number of hours electricity actually remains available, whether voltage stays within acceptable limits, how quickly damaged equipment is repaired and whether the published curtailment schedule is followed.

Kashmir does not merely need more electricity on paper. It needs a power system capable of delivering reliable electricity when the Valley needs it most.

As another winter approaches, that remains the real test for the administration and its power distribution agencies.