EV Charging Is India’s Biggest Energy Data Gap: Expert Committee on Energy Statistics

The Expert Committee on Energy Statistics report 2026, released by the Ministry of Statistics and Programme Implementation (MoSPI) on 6 July 2026, is the most consequential review of how India measures energy in over a decade. Chaired by Dr. Rangan Banerjee, Director of IIT Delhi, and drawing on senior representatives of every line energy ministry plus researchers from TERI and AEEE, the committee audited the country’s entire energy statistics system — its classifications, conversion factors, data sources and blind spots — and set out a roadmap to fix it.

For the EV charging industry, one finding towers over the rest: India cannot yet see EV charging in its own electricity accounts. Here is our full breakdown — and the complete report PDF for download.

Key Findings of the Expert Committee on Energy Statistics Report 2026

1. EV electricity consumption is a major national data gap

The committee lists the electricity consumed in charging electric vehicles among the most significant unmeasured flows in India’s energy database. CEA’s sectoral consumption categories (Industry, Domestic, Agriculture, Traction, Commercial, etc.) contain no EV category — so energy that powers road transport is booked to whichever meter the vehicle happens to charge behind. A car charged at home is recorded as household consumption; the energy balance never learns it was transport demand.

2. EVs already draw 20.07 TWh a year — 1.1% of India’s generation

An IIT Delhi assessment annexed to the report (Annexure XI) models category-wise EV electricity demand across roughly 8.97 million electric vehicles: 20.07 TWh/year today, against annual generation of about 1,830 TWh. Citing NITI Aayog scenarios, the report notes demand could reach 100–640 TWh/year by 2030 as the fleet grows from 2.3 million annual sales (about 8% of new registrations in 2025) toward a possible 17 million EVs on the road.

3. Commercial fleets — not private cars — drive the load

• Electric three-wheelers: ~61% of national EV demand (12,320 GWh/yr from 4.14 million vehicles running ~35,000 km/yr)
• Heavy electric vehicles: ~22% of demand from just ~33,000 vehicles — each consuming ~132,000 kWh/yr
• Electric two-wheelers: largest population (4.37 million) but only ~10% of demand at 480 kWh/yr each
• Passenger e-cars remain early-mainstream at 0.57% penetration

4. Off-grid and rooftop solar are similarly invisible

Electricity generated and self-consumed off-grid — rooftop solar under PM Surya Ghar (residential systems took 76% of rooftop additions in 2025), street lighting, captive plants — also escapes the national energy balance. The committee endorses a Prayas/TERI methodology as the first cut for estimating off-grid consumption and recommends a dedicated chapter in the annual Energy Statistics India publication.

5. Biofuels: a 31–34% hole in the energy balance

UNSD’s World Energy Balance estimates biofuels at roughly 31–34% of India’s total annual energy consumption — based on UNSD’s own modelling, because India publishes no consolidated national figure. The committee proposes a comprehensive methodology to bring biofuels into India’s own energy balance tables.

6. Harmonised standards across every energy ministry

The report recommends aligning all Indian energy statistics with international classification standards (ISIC Rev. 5, NIC-2025, SIEC), adopting uniform conversion factors across ministries, resolving the long-standing CEA-vs-MoSPI discrepancy in per-capita electricity consumption, and using the Annual Survey of Industries to break industrial coal and electricity use down by sub-sector.

What It Means for CPOs, DISCOMs and Charging Infrastructure Planning

For charge point operators, the report signals where public infrastructure money and policy attention will flow next: commercial three-wheeler charging corridors, urban fleet charging stations, bus depots, freight hubs and heavy-duty fast charging — the segments that actually drive grid load. CPOs running a charging station management system hold precisely the session-level, category-wise consumption data that MoSPI, CEA and the DISCOMs now say the country needs.

For DISCOMs and grid planners, the committee explicitly flags enhanced peak-load capacity as a prerequisite for EV30@30 and calls for joint MoSPI–Ministry of Power monitoring of EV demand. Utilities that deploy smart charging and dynamic load management get measurable, controllable EV load instead of an anonymous bulge in residential consumption — and grid and power utilities can turn charging networks into a planning asset rather than a blind spot. The same visibility argument extends to residential societies and home charging — the very segment the statistics currently miss.

For fleet operators, the numbers confirm that fleet electrification economics are already reshaping the grid: with three-wheelers and trucks dominating demand, fleet charging management is where energy cost control matters most.

Source: Press Information Bureau, Government of India — Press Note on the release of the Report of the Expert Committee on Energy Statistics, 6 July 2026 (Release ID: 2281596). The report is a public Government of India publication; the PDF is mirrored here for reader convenience.