Ministry of Power Releases Draft National Electricity Data Sharing Framework 2026 for Public Consultation

October 28, 2026

The Ministry of Power issued the draft National Electricity Data Sharing Framework 2026 for stakeholder consultation, proposing a standardised approach to electricity-sector data governance and sharing. The proposal identifies 66 datasets for potential public access and outlines national arrangements for cataloguing, classifying and accessing electricity information. The draft, circulated on 22 June 2026, proposes a National Electricity Data Centre and a National Electricity Data Portal supported by the Central Electricity Authority, with data sorted into two access tiers.

The draft invited stakeholder comments until 21 July 2026 and proposed voluntary participation by electricity-sector entities. The consultation deadline has passed. The framework's current status, including any subsequent finalisation or implementation notification, should be confirmed against the latest Ministry of Power publication. For developers, lenders and industrial power consumers, the framework matters less as an immediate obligation than as a signal of how electricity infrastructure information may become available for planning over the next two to three years.

What is the National Electricity Data Sharing Framework 2026?

The draft National Electricity Data Sharing Framework 2026 proposes a structured approach to electricity sector data sharing in India. It is a policy framework, not a tariff or licensing regulation, and does not independently impose data-sharing obligations. It proposes a National Electricity Data Centre (NEDC) to govern and classify datasets and a National Electricity Data Portal (NEDP), supported by the Central Electricity Authority, as a single access point for registered users.

The draft recommends 66 datasets covering generation, renewables, transmission, distribution, grid operations and power markets. It also outlines data classification, metadata requirements and sharing procedures. Its key objective is to reduce fragmented reporting across agencies, though the voluntary approach leaves adoption and practical impact uncertain.

Has India's National Electricity Data Sharing Framework 2026 been finalised?

No. The National Electricity Data Sharing Framework 2026 has not been finalised, and it remains a draft issued for stakeholder consultation. According to the Ministry of Power, the draft was circulated on 22 June 2026 with comments invited until 21 July 2026. Twenty-four stakeholder categories were reported to have been approached for comment, which indicates the breadth of consultation intended rather than the number of entities that will eventually participate.

Two consequences follow. First, the dataset list, the tier definitions and the institutional roles can all change before any final version is issued. Second, no gazette notification or operative guideline giving the framework legal force has been confirmed. Any planning assumption built on the 66 dataset list should be treated as provisional rather than as a settled regulatory position.

What Role Would the Central Electricity Authority Play in Electricity Data Sharing?

The Central Electricity Authority (CEA) would support the proposed National Electricity Data Portal by standardising how power sector data is described, updated and accessed. Its existing publications cover installed capacity, generation, plant load factors and transmission infrastructure. The draft envisages a role for the Central Electricity Authority in supporting standardised electricity data management and access arrangements. The precise responsibilities of the CEA, participating organisations and designated data-governance officials should be described according to the framework's institutional provisions.

What Types of Electricity Data Could be Publicly Accessible?

The draft recommends 66 datasets for publication in the public domain, grouped across renewable energy, generation, transmission, distribution, grid operations and power markets.

• Renewable energy: capacity by technology and by state, commissioning status, and generation profiles where available.
• Generation: The proposed datasets may include generation capacity, output, availability and related operational statistics, subject to the classifications and publication details specified in the official draft.
• Transmission: network elements, transformation capacity, inter-regional transfer capability and planned additions.
• Distribution: circle and feeder-level supply data, and aggregate technical and commercial loss figures.
• Grid operations: demand met and other operational parameters at an aggregated level.
• Power markets: exchange-cleared volumes and prices, and related market statistics.

Granularity is the unresolved question. A state-level capacity total and a substation-level availability figure carry very different commercial value. The draft's classification step is what would decide which side of the line a dataset falls on, and public access does not necessarily mean detailed access.

How Would Access-Controlled Electricity Datasets be Managed?

Access-controlled datasets would sit in a second tier under a two-tier classification, available on application rather than by open download. Section 6.1 of the draft sorts data into Public and Access Controlled categories, replacing what would otherwise be a patchwork of agency-specific restrictions. The mechanism described is procedural rather than automatic.

Each dataset would be tagged with its classification, a defined requester route would apply, and access would be granted on the terms attached to that tier. The draft's end-to-end data flow sets out how a request would move from the data custodian through the platform to the requester. Three points matter for commercial users. There is no indication that industrial consumers, EPC contractors or project developers would receive default access to restricted grid information.

Access-controlled datasets would be subject to the authorisation procedures and conditions specified in the proposed framework. Industrial consumers, EPC contractors and project developers should not assume automatic access to commercially sensitive or operationally critical grid information.

How Could the Framework Support Power Project Feasibility and Grid Planning?

The framework could streamline feasibility and grid planning by making electricity data easier to locate and validate. If relevant datasets become accessible, standardised information on transmission infrastructure, generation capacity and planned network development could help power project developers identify potential infrastructure constraints during preliminary feasibility assessments. Project-specific grid studies, utility confirmations and statutory approvals would still be required.

The Draft National Electricity Policy 2026 targets per capita electricity consumption of 2,000 kWh by 2030, with a longer-term aspiration above 4,000 kWh, highlighting the need for continued generation and network expansion. However, better data does not replace project-specific load-flow studies, short-circuit analysis, protection coordination or interconnection approvals.

What Could the Framework Mean for EPC Contractors and Renewable Energy Developers?

For EPC and EPCM consultants, more consistent electricity infrastructure data could support preliminary site assessments, utility planning and the identification of potential transmission constraints. Renewable energy developers could benefit from easier access to relevant generation, transmission and grid-planning information when evaluating project locations and evacuation infrastructure.

However, these benefits depend on the final framework, participation by data-holding organisations and the availability of suitable datasets. The proposal does not replace detailed engineering studies, grid connectivity applications, utility confirmations or project-specific regulatory approvals.

What Cybersecurity and Data Privacy Measures Does the Draft Propose?

The proposed framework addresses sensitive electricity information through data classification and controlled-access arrangements. Its implementation would also need to account for applicable cybersecurity and data-protection requirements.

Where datasets contain commercially sensitive, operationally critical or personal information, access restrictions and appropriate data-protection measures would be important. The precise safeguards should be confirmed against the official draft and any subsequent implementation guidelines.

Could the Framework Improve Industrial Site Selection and Power Infrastructure Assessments?

The framework could improve industrial site selection by standardising electricity data across regions, helping investors compare supply reliability, substation capacity, connection costs, upgrade timelines and tariffs. However, sensitive grid data may remain access-controlled, and site selection will still require utility feasibility assessments and engineering studies. Power availability remains one of several factors alongside land, water, logistics, labour and environmental clearances.

The proposed framework could improve transparency and support power sector planning. Its effectiveness will depend on finalising the framework and ensuring wider adoption and access to reliable data.

IMARC Engineering's Perspective

The proposed National Electricity Data Sharing Framework could improve access to standardised electricity-sector information and support more informed infrastructure planning. For manufacturing investors and industrial project developers, reliable electricity data is relevant to site selection, utility feasibility, power infrastructure assessment and long-term operating-cost planning. However, the practical benefits will depend on the final framework, participation by relevant organisations, data quality and the level of information made accessible.

Public datasets alone may not provide the detailed technical information required to confirm power availability, connection feasibility or network upgrade requirements for an individual industrial site.

IMARC Engineering supports industrial investors through feasibility studies, location analysis, utility planning and EPCM advisory, where project-specific technical assessments remain essential to investment decisions.