India’s power shortage had become small enough to disappear in a rounded percentage, but it had not literally vanished. A February 2026 parliamentary reply described the national energy gap as nil. Its own table recorded 360 million units of electricity not supplied during April–December 2025, displayed beside a shortage rate of 0.0%. [2]
The completed financial year gives the scale more precisely. For 2025–26, the power ministry’s statistical summary recorded an energy requirement of 17,07,493 million units and availability of 17,06,985 million units. The difference was 508 million units, approximately 0.03% of requirement. In 2013–14, the reported shortage had been 4.2%. The improvement was large; the word “eliminated” was less exact than the underlying numbers. [1]
More power, and more ways to move it
The change took place within a system built over decades. POWERGRID’s own chronology dates the Raichur–Solapur transmission line, and the creation of the single-frequency national grid, to 2013. That integration preceded Narendra Modi’s first government. Subsequent additions expanded an existing national network. [4]
A parliamentary reply in August 2024 recorded installed generation capacity rising from 2,48,554 megawatts in March 2014 to 4,46,190 megawatts in June 2024. It also reported 1,95,181 circuit kilometres of transmission lines added since April 2014. Generating stations provided more capacity; transmission investment increased the ability to move electricity between places. [3]
There was work below the national grid, too. The same reply listed new and upgraded substations, distribution transformers and feeder separation under Deen Dayal Upadhyaya Gram Jyoti Yojana, the Integrated Power Development Scheme and Saubhagya. These are different parts of the electricity chain, involving central programmes, state utilities and operating staff. A national improvement cannot be reduced to one generating plant or one scheme. [3]
The official energy series shows progress continuing after the early reductions. The shortage stood at 0.7% in 2016–17, 0.3% in 2023–24 and 0.1% in 2024–25 before reaching roughly 0.03% in 2025–26. The last figure is a completed-year observation, not a forecast of future supply. [1]
The distance between the grid and the switch
Energy shortage compares the volume required with the volume supplied over a period. Peak shortage concerns the ability to meet a maximum demand at a particular time. Neither number is a direct count of the minutes every household spends without electricity. The February 2026 ministry reply itself acknowledged state transmission and distribution constraints and placed responsibility for reliable consumer supply with the respective utilities. [2]
Household research captures a different part of the story. CEEW’s 2020 residential energy survey reported average daily grid supply of 20.6 hours. In six states covered by its earlier ACCESS surveys—Bihar, Jharkhand, Madhya Pradesh, Odisha, Uttar Pradesh and West Bengal—rural supply had risen from about 12.5 hours in 2015 to 18.5 hours in 2020. Those findings support substantial improvement, while also documenting interruptions. [5]
They are historical observations, not estimates of supply in 2026. Their importance here is that households were asked about service, rather than having their experience inferred from national generation or shortage totals. The survey reported that two-thirds of rural households faced an outage at least daily. More electricity in the system and continuing local cuts could coexist. [5]
A separate CEEW study installed smart meters in 93 urban homes in Mathura and Bareilly, collecting data between May and October 2019. Outages measured at homes were greater than those reported at the feeder level. The purposively selected sample was too small and local to describe India as a whole, but it exposed a practical measurement problem: supply reaching an upstream line does not necessarily reach every customer continuously. [6]
That last stretch is where reliability becomes tangible. Keeping a household supplied requires attention to local faults and repairs as well as enough electricity on the wider network. Measuring the service at the customer’s meter brings those interruptions into view. [6]