NEW DELHI, November 5, 2026 — India is preparing new regulations that will require electricity retailers and licensed power purchasers, including state-owned utilities, to incorporate energy storage into their electricity procurement strategies.

The proposed policy marks an important development in India’s clean energy transition as the country seeks to improve electricity reliability, reduce dependence on coal-fired generation and make better use of its rapidly expanding renewable energy capacity.

Power Secretary Pankaj Agarwal announced the upcoming regulatory move at the Bharat Renewable Energy Summit, highlighting the government’s intention to address growing challenges associated with balancing electricity supply and demand.

Although the authorities have not yet specified the exact storage obligations for individual utilities, the initiative signals a major shift in how electricity distribution companies may be required to manage their power portfolios.

India Seeks to Address Renewable Energy Challenges

India has significantly increased its solar and wind power capacity over recent years. However, renewable electricity production does not always match consumer demand.

Solar installations generate substantial electricity during daylight hours, sometimes producing more power than the grid can immediately absorb.

Demand, meanwhile, often increases during the evening when solar generation declines.

This imbalance can force electricity companies to rely more heavily on conventional power stations, particularly coal-based generation, to maintain stable electricity supplies.

Energy storage offers a potential solution by allowing surplus electricity to be stored and released when consumption increases.

Power Retailers Could Face New Storage Obligations

Under the planned regulations, licensed entities purchasing electricity, including state power utilities, will be required to incorporate energy storage into their operations.

The policy is intended to encourage greater investment in battery systems and other storage technologies.

For electricity retailers, the change could affect long-term procurement contracts, infrastructure planning and the management of peak electricity demand.

The government has not yet announced the detailed compliance requirements or the amount of storage each utility will need to secure.

Further regulatory clarification will therefore be important for companies preparing their future investment plans.

Government Approves ₹14,500 Crore Energy Storage Programme

The proposed regulatory changes come shortly after the Union Cabinet approved financial support worth ₹14,500 crore for developing 92 gigawatt-hours of grid-scale energy storage capacity.

The programme will operate between financial years 2026-27 and 2030-31.

Its planned capacity allocation includes:

• 60 GWh of pumped hydro storage projects.
• 30 GWh of battery energy storage systems.
• 2 GWh of emerging storage technologies.

The government expects the programme to attract approximately ₹97,600 crore in total investment.

Financial assistance will help improve the commercial viability of projects and encourage private companies to participate in building India’s energy storage infrastructure.

Domestic Manufacturing Gets Additional Support

Another important feature of the programme is its emphasis on strengthening domestic manufacturing.

Battery energy storage projects receiving support will be subject to a minimum domestic content requirement of 40%.

The measure is intended to encourage Indian manufacturers to expand production capabilities and reduce dependence on imported components.

It could also create opportunities for companies involved in battery manufacturing, power electronics, energy management systems and industrial equipment.

As storage deployment expands, demand for advanced battery technologies and related infrastructure is expected to become increasingly important to India’s industrial development.

Storage Could Reduce Dependence on Coal Power

India continues to depend heavily on coal-fired electricity generation to meet its growing energy requirements.

However, the expansion of renewable energy has created a need for more flexible electricity infrastructure.

Large-scale battery installations can help utilities shift electricity from periods of excess production to periods of higher demand.

Pumped hydro storage offers another solution by using surplus electricity to pump water into elevated reservoirs and generating electricity when required.

Greater deployment of these technologies could help reduce renewable energy wastage, improve grid stability and lower the need for additional conventional generation during peak hours.

The impact will depend on project costs, implementation speed and the availability of suitable infrastructure.

Energy Storage Market Could Attract New Investment

The government’s latest initiatives could create significant opportunities for domestic and international energy companies.

Battery manufacturers, renewable energy developers, engineering companies and infrastructure investors may benefit from the expanding market.

Financial institutions could also see increased demand for project financing as developers seek capital to construct large-scale storage facilities.

However, successful implementation will require predictable regulations, competitive electricity tariffs and reliable long-term revenue arrangements.

The industry will also need to address challenges involving battery costs, technology selection, land availability and grid connectivity.

Outlook: India Moves Towards a More Flexible Power System

India’s proposed mandatory storage regulations represent an important step towards integrating renewable energy into the country’s electricity system.

The combination of new regulatory requirements and substantial financial incentives could accelerate investment in battery storage and pumped hydro infrastructure.

For electricity retailers, the upcoming rules may introduce additional planning and procurement responsibilities.

For consumers, a more flexible electricity network could eventually improve supply reliability and help manage the cost of meeting peak demand.

As India continues expanding its renewable energy capacity, energy storage is likely to become an increasingly essential component of its power sector.

The success of the initiative will ultimately depend on how quickly regulations are finalised, projects are implemented and private investment is mobilised.