What is a Unified National Energy Policy Framework?

A Unified National Energy Policy Framework refers to a coordinated and system-integrated governance approach that synergizes policies across various energy domains—fossil fuels (coal, oil, gas), renewable energy (solar, wind), electricity distribution, green hydrogen, and climate commitments. Rather than treating different fuels as competing markets, it views the national power grid and energy supply chain as a single, holistic ecosystem.

Need for a Unified Policy Architecture

Shift from 'Capacity Addition' to 'System Integration'

  • India's renewable energy (RE) capacity scaled from ~40 GW in 2015 to ~260 GW by 2025
  • Managing 260 GW requires real-time, system-wide integration with base-load thermal power, Pumped Storage Hydropower, and Battery Energy Storage Systems (BESS)
  • This prevents frequency collapse and ensures grid stability

The 'Silo' Conundrum

  • India's energy governance is deeply fractured with distinct ministries handling specific domains:
  • Ministry of Coal
  • Ministry of Power
  • Ministry of Petroleum & Natural Gas (MoPNG)
  • Ministry of New and Renewable Energy (MNRE)
  • Department of Atomic Energy (DAE)
  • This leads to overlapping timelines, regulatory friction, and sub-optimal resource allocation

Supply-Demand Asymmetries

  • Supply-side manufacturing mandates outpace infrastructure and market off-take readiness
  • Mega initiatives like National Green Hydrogen Mission and SATAT face bottlenecks in midstream evacuation and localized pipeline networks

Eliminating Data Silos

  • Critical electricity sector data scattered across multiple agencies
  • Draft National Electricity Data Sharing Framework, 2026 proposes a National Electricity Data Centre (NEDC)
  • Enables AI-based grid management, accurate demand forecasting, and integrated energy planning

Mitigating Fiscal Stress and Import Vulnerabilities

  • India remains dependent on foreign imports for over 85% of crude oil
  • Quantified energy subsidies consume roughly 2.3% of national GDP
  • Uncoordinated subsidies drain fiscal resources

Key Challenges in Implementation

  1. Institutional Fragmentation: Creating an apex coordinating mechanism threatens existing bureaucratic jurisdictions
  2. Transmission Deficit: RE projects have 12-18 months gestation period, while interstate transmission networks take 18-30 months, causing grid congestion
  3. Duck Curve Problem: Tight operating frequency band (49.90 Hz to 50.05 Hz) struggles to handle intermittent solar fluctuations
  4. Massive Energy Storage Gap: CEA projects India needs 60.63 GW of energy storage by 2030 (41.65 GW from BESS)
  5. DISCOM Financial Distress: State DISCOMs remain structurally debt-ridden with high AT&C losses
  6. Just Transition Challenges: Top-down national policy clashes with state-level economic realities

Key Highlights of INSA Framework

The framework is based on four pillars:

1. Adequacy

  • Securing reliable, highly diversified energy supply
  • Balancing conventional and emerging sources
  • Driven by modernized infrastructure and grid-scale energy storage

2. Access

  • Providing reliable, equitable energy services to every citizen
  • Strengthening last-mile delivery networks
  • Expanding decentralized energy solutions where grid connectivity is unviable

3. Affordability

  • Ensuring clean energy transition remains economically viable
  • Deploying innovative financing mechanisms
  • Maximizing market efficiencies with consumer-focused safeguards

4. Appropriate Sustainability

  • Rejecting "one-size-fits-all" template
  • Climate solutions tailored to India's unique context
  • Targeted support for local communities and workforce development

Strategic Enablers and Emerging Technologies

  • Circular Economy practices and Carbon Capture, Utilisation, and Storage (CCUS)
  • Green Hydrogen and advanced bio-resources
  • Coal, renewables, biomass, natural gas, and waste-to-energy as interdependent components
  • PM Surya Ghar and PM-KUSUM schemes linked with DISCOM reforms

Related Constitutional/Legal Provisions

  • Concurrent List entries related to electricity, coal, and petroleum
  • Environmental protection under Schedule VII
  • Competitive Federalism principles
  • National Electricity Policy and Tariff Policy framework

Conclusion

Near-Term Priorities:

  • Breaking ministerial silos
  • Fast-tracking interstate transmission infrastructure
  • Deploying cost-effective grid-scale energy storage

Long-Term Evolution:

  • Deeply integrating low-carbon technologies like Green Hydrogen
  • Expanding circular bio-resources
  • Commercializing CCUS

This phased transition will bridge regional socioeconomic realities and the national imperative of a resilient, net-zero energy ecosystem.