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India added 4,567.16 MW of new generation capacity in April 2026.

The data was reported in the Central Electricity Authority’s April 2026 Executive Summary.

The addition took all-India installed capacity to 537,264 MW as of April 30, 2026.

April 2026 additions were lower than April 2025.

India had added 5,242.05 MW in April 2025.

Renewables dominate additions

Renewable energy sources including small hydro dominated capacity additions.

They accounted for 4,317.16 MW in April 2026.

This shows that clean energy remains the main driver of India’s capacity expansion.

The renewable-heavy addition pattern is consistent with India’s long-term transition pathway.

It also reflects continued project commissioning by solar, wind and small hydro developers.

Large hydro addition

Large hydro contributed 250 MW during the month.

This came from THDC India Limited’s Tehri Pumped Storage Plant Unit-4.

The unit was commissioned on April 9, 2026.

The commissioning is important because pumped storage supports grid balancing.

It also provides storage and flexibility for a renewable-heavy grid.

Thermal miss

The thermal sector recorded zero capacity additions in April 2026.

This was against a target of 2,785 MW.

The miss highlights continuing delays in conventional power plant construction.

It also shows the changing shape of India’s capacity addition pipeline.

Renewables and storage-linked assets are moving faster than new thermal capacity in the monthly data.

Why pumped storage matters

Pumped storage hydro is a mature grid-scale storage technology.

It can store energy when surplus power is available.

It can generate electricity when demand rises.

It also supports frequency regulation, reactive power and spinning reserve.

This makes it valuable as solar and wind penetration increases.

Tehri PSP relevance

Tehri PSP Unit-4 adds 250 MW of flexible capacity.

Such capacity is especially useful during evening ramps.

Solar output falls in the evening.

Demand often remains high.

Pumped storage can help bridge this gap.

Transmission additions

India also added 901 circuit-km of transmission lines in April 2026.

This was sharply higher than 358 circuit-km added in April 2025.

The 400 kV class accounted for 836 circuit-km.

This shows strong progress in high-voltage transmission expansion.

Such lines are essential for evacuating renewable power.

Transformation capacity

Transformation capacity additions stood at 11,325 MVA.

This included two 1,500 MVA 765/400 kV ICTs.

These were commissioned at Fatehgarh-III and KPS-3 Khavda substations.

Both are linked to major renewable energy zones.

Rajasthan and Gujarat remain key centres for renewable evacuation infrastructure.

Grid planning impact

The April data reinforces the need for coordinated generation and transmission planning.

Renewables are being added quickly.

But renewable power must be moved from resource-rich zones to demand centres.

Transmission lines, ICTs, substations, storage and balancing resources must keep pace.

Otherwise, renewable generation can face curtailment or evacuation bottlenecks.

Strategic message

India’s April 2026 capacity additions show the direction of the power sector.

The country added 4,567.16 MW during the month.

Renewables including small hydro contributed 4,317.16 MW.

Large hydro added 250 MW through Tehri PSP Unit-4.

Thermal recorded zero additions against a 2,785 MW target.

The key watchpoints are renewable commissioning pace, pumped storage rollout, thermal project delays, transmission readiness, Khavda and Fatehgarh evacuation progress, and the role of storage in meeting evening demand.

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Central Electricity Authority has issued an advisory recommending that ester oil be considered as a technological option for transformers and reactors where mineral oil is currently prevalent. The advisory notes that ester oil is already being used by GETCO, NTPC, POWERGRID and Indian Railways. It also cites the CEA (Measures relating to Safety and Electric Supply) Regulations, 2023 and Indian Standards covering both oil types. Central Electricity Authority is placing the issue in the context of rapid sector expansion and rising transformer demand. This makes the advisory important for utilities, EPC contractors, transformer manufacturers and procurement teams. EnergylineIndia.com presents this update as part of technical News on power sector because insulating medium selection can influence future specifications and equipment choices. Central Electricity Authority has not treated ester oil as a niche option. Instead, it has positioned the technology as something that should be evaluated where transformer and reactor applications justify it. The advisory is also relevant for Power Grid projects because transformer safety and performance are central to transmission expansion. Central Electricity Authority guidance may influence how tender documents, technical schedules and utility standards are drafted in coming years. For professionals tracking Power transformer contracts, this is a practical development. Central Electricity Authority has signalled that ester oil deserves wider attention in India’s expanding electricity infrastructure, CEA, Ester Oil, Transformer Technology, Power Grid, Indian Power Sector.

The Central Electricity Authority’s Pumped Storage Development Status Report as on April 30, 2026 shows the scale of India’s storage opportunity.

India’s total identified pumped storage potential stands at 2,90,196 MW.

This potential is spread across 264 identified projects.

The number makes India one of the world’s largest undeveloped pumped storage markets.

Project classification

The identified pipeline includes both on-stream and off-stream pumped storage projects.

On-stream generating pumped storage projects account for 63 projects.

Their combined potential is 56,926 MW.

Off-stream storage pumped storage projects account for 201 projects.

Their combined potential is 2,33,270 MW.

This shows that most of India’s future pumped storage potential lies in off-stream project development.

Operational capacity

Against the massive identified potential, only 10 projects are currently operational.

Their combined capacity is 7,425.60 MW.

This means only around 2.6% of the identified potential has been developed.

The gap between potential and operational capacity remains very large.

Existing projects

Operational projects include Tehri PSP of 1,000 MW by THDC.

They also include Srisailam LBPH of 900 MW by TSGENCO.

Kadamparai of 400 MW by TANGEDCO is another important project.

Ghatgar of 250 MW by Mahagenco and Bhira PSS HPS of 150 MW in Maharashtra also form part of the operational fleet.

Tehri PSP is the newest addition, with its fourth unit commissioned in April 2026.

Under-construction pipeline

The under-construction pipeline has grown meaningfully.

Eleven projects totalling 15,870 MW are currently under construction.

This reflects faster movement by both public-sector and private developers.

Policy support from the Ministry of Power has helped accelerate construction activity.

Major projects

Key under-construction projects include Adani’s 1,200 MW Rampur PSP in Himachal Pradesh.

JSW Energy’s 1,500 MW Kutehr project is also part of the pipeline.

Torrent Power’s 3,000 MW Saidongar Karjat PSP in Maharashtra is among the largest off-stream pumped storage projects in India.

The Saidongar Karjat project received CEA concurrence in FY26.

Survey and investigation stage

The survey and investigation stage remains the largest active category.

There are 65 projects totalling 93,350 MW at various stages of site investigation.

This shows that the pipeline is deep, but still far from construction.

An additional large project universe remains outside operational capacity.

This highlights the long gestation cycle of pumped storage development.

Target challenge

The government has set a target of reaching 40 GW of pumped storage capacity by 2031-32.

Achieving this will require unprecedented acceleration.

Projects must move quickly from survey and investigation to detailed project report preparation, clearances, financing, construction, and commissioning.

Given the complexity of pumped storage projects, this will be a major execution challenge.

Strategic importance

Pumped storage is becoming critical for India’s renewable energy transition.

As solar and wind capacity rises, the grid needs flexible storage that can absorb surplus renewable generation and supply power during evening peaks.

Pumped storage provides long-duration storage and grid-balancing capability.

It can also support frequency stability and peak demand management.

Market message

India has no shortage of pumped storage potential.

The real challenge is conversion.

Only 7,426 MW is operational against an identified potential of 2,90,196 MW.

The next phase will depend on faster clearances, stronger financing models, transmission readiness, environmental safeguards, and credible offtake arrangements.