Rising Electricity Demand And Short-Term Power Procurement In India
Source: Indian Express
GS III: Infrastructure and Energy
Overview
- Six states have sought short-term power supplies amid rising electricity demand from agriculture, industry and weather variability.
- Declining evening solar generation and limited energy storage have increased pressure on India’s power supply.
- High procurement costs and inadequate power availability have created challenges for states and DISCOMs.
- Energy storage, better demand forecasting and efficient electricity markets are essential for reliable and affordable power supply.
Why in the News?
At least six states have sought short-term power supplies for November-December 2026 amid rising demand from irrigation, industry and unusual weather. Declining evening solar generation and limited storage pose challenges to reliable, affordable electricity supply.
News in Brief
- Six states including Gujarat, Rajasthan, Maharashtra, Madhya Pradesh, Tamil Nadu and Kerala, have floated short-term power procurement tenders to meet rising electricity demand.
- The tenders mainly cover November and December 2026, with some extending into January–May 2027.
- Tamil Nadu faces high procurement costs, with electricity prices reaching ₹41.50 per unit under certain contracts.
- Several states could not procure their full required quantities, while India’s evening peak power shortage reached approximately 5.5 GW in October 2026.
Why is Electricity demand rising?
The increase in short-term power procurement is linked to several factors.
- Unusual weather conditions: Weather variability associated with El Niño has affected electricity demand patterns.
- Higher irrigation demand: Greater reliance on electric pumps for agricultural irrigation has increased electricity consumption.
- Industrial activity: Rising industrial demand has added pressure on the electricity supply system.
- Evening peak demand: Electricity consumption remains high during evening hours, when solar power generation declines.
- Seasonal demand: Demand is expected to remain significant during the winter and festive periods, including Christmas and other seasonal occasions.
Why is evening power supply a challenge?
- India’s electricity demand often peaks in the evening, when households, commercial establishments and industries require substantial power.
- However, solar power generation declines after sunset.
- Limited battery storage capacity also restricts the ability to store surplus solar electricity generated during the day and use it later.
- This creates a mismatch between electricity generation and consumption.
- India needs sufficient dispatchable power, energy storage and flexible electricity procurement mechanisms to maintain a reliable supply during peak-demand hours.
Long-term and Short-term power Procurement
- Distribution utilities generally secure electricity through long-term Power Purchase Agreements (PPAs) with generating companies.
- However, demand forecasts can change because of weather conditions, industrial requirements and agricultural consumption.
- Short-term procurement allows utilities to meet these additional requirements.
| Feature | Long-term power procurement | Short-term power procurement |
|---|---|---|
| Duration | Often extends over several years | Covers specific periods or immediate requirements |
| Purpose | Meets regular and predictable electricity demand | Meets additional or unexpected demand |
| Pricing | Governed by contractual terms | Depends on bids, availability and market conditions |
| Flexibility | Relatively limited in the short term | Greater flexibility in quantity and duration |
| Key challenge | Long-term demand forecasting and contractual commitments | Price volatility and availability of electricity |
- Unlike exchange-based procurement, where quantities depend on available sell bids and market conditions, short-term tenders allow utilities to seek specified quantities depends on supplier participation and the prices offered.
State-Wise Power Procurement
| State | Procurement details | Key issue |
|---|---|---|
| Tamil Nadu | For November, it floated tenders for 1,000 MW but allocated only 377 MW. Of this, 20 MW was contracted at ₹35 per unit and 357 MW at ₹37.50 per unit. For December, it allocated 401 MW against a requirement of 1,000 MW, with rates reaching ₹41.50 per unit for certain contracts. | High procurement prices and a significant shortfall in contracted capacity. |
| Kerala | For November, it floated tenders for around 1,800 MW but allocated only 270 MW. Prices ranged from ₹9.30 to ₹19 per unit for different quantities and durations. For December, it allocated 633 MW against tenders for around 2,100 MW. | Limited procurement despite substantial demand. |
| Rajasthan | It floated tenders for 1,500 MW for November but allocated only 85 MW, at prices ranging from ₹9.49 to ₹9.99 per unit. For December, it floated tenders for around 2,000 MW, of which 95 MW was allocated. | A substantial gap between the quantity sought and the quantity contracted. |
| Gujarat | It floated two tenders for 1,000 MW each for November. It allocated 100 MW in each period, at prices ranging from ₹8.99 to ₹10 per unit. For December, it allocated 675 MW of the 1,000 MW sought, at prices ranging from ₹8.55 to ₹8.99 per unit. | Partial procurement despite significant additional requirements. |
| Madhya Pradesh | It floated a tender for supply from November 20, 2026, to February 15, 2027, and allocated the entire quantity sought. Prices ranged from ₹3.99 to ₹5.50 per unit. | A comparatively successful procurement outcome. |
| Maharashtra | It had not allocated any power against its 500 MW tender for November. For December, it allocated 50 MW against a tender for 500 MW, at a price of ₹9.29 per unit. | Limited availability of contracted power through the tenders. |
Why are some States paying higher prices?
- Tamil Nadu has emerged as a notable example of high-cost short-term power procurement.
- The price differences across states may be attributed to;
- Supply-demand imbalances: High demand and limited available supply can push procurement prices upward.
- Seasonal requirements: Utilities seeking electricity during peak-demand periods may face higher costs.
- Contract duration: Prices can vary depending on whether electricity is procured for a few hours, a day or a longer period.
- Availability of generating capacity: The availability of power plants and electricity offered by generators affects procurement outcomes.
- Regional and contractual differences: Transmission constraints, delivery schedules and other contractual conditions may influence prices.
- High procurement costs can increase the financial burden on distribution companies and depending on regulatory decisions and tariff arrangements, may eventually affect consumers.
Why have States failed to procure the full quantity?
- Several States have not secured the entire quantity of electricity they sought, even when offering relatively high prices.
- This points to a potential mismatch between the additional power required by distribution utilities and the electricity available for sale during specific periods.
- Short-term tenders can help utilities secure electricity, but they cannot guarantee supply when generation capacity is constrained or other buyers are competing for the same power.
- The issue highlights the need for better demand forecasting, flexible generation capacity, energy storage and improved coordination between electricity generators and distribution utilities.
Significance and Challenges for India’s Power Sector
- Reliable electricity supply supports households, agriculture and industries. Dependence on costly short-term power can strain DISCOM finances.
- Declining solar generation during evening hours highlights the need for energy storage, flexible generation and efficient demand management.
- Better forecasting and electricity market reforms can improve supply reliability and affordability.
Challenges
- India faces inaccurate demand forecasting due to weather variability, limited energy storage, high procurement costs and inadequate power availability during peak hours.
- Renewable energy fluctuations and financial and operational inefficiencies in DISCOMs further complicate electricity supply management.
Constitutional Provision
- Electricity is in the Concurrent List- Entry 38 of List III of the Seventh Schedule covers electricity.
- Both Parliament and State Legislatures can legislate on electricity, subject to constitutional provisions.
- The Centre and states share responsibilities for electricity policy, regulation and administration.
Way Forward and Conclusion
India should expand battery storage and pumped-storage hydropower, improve demand forecasting using AI and weather data, and promote flexible power generation to manage peak demand. Strengthening DISCOM finances, adopting time-of-day tariffs, improving irrigation efficiency and expanding transmission infrastructure can further reduce supply-demand imbalances.
A balanced approach combining reliable conventional power, renewable energy, energy storage and efficient electricity markets is essential to ensure affordable and uninterrupted power supply while supporting India’s clean energy transition.
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