Industrial Electrification and Energy Transition for Competitiveness

Conceptual Shift: Molecules to Electrons

  • Global industry is transitioning from fuel-based molecules to electricity-driven electrons for competitiveness.
  • Electrification enables automation, process control, and easier decarbonisation across manufacturing systems.
  • Electric motors convert over 90% input energy into work, far exceeding internal combustion efficiency.

Comparative Global Position

  • In 2024, nearly half of China’s industrial energy came from electricity.
  • India’s share remains near one-quarter, affecting export competitiveness and energy security.
  • China leads in both quantity and quality of green electrons across industrial sectors.
  • Economy-wide electrification: China 31%, United States 32%, European Union 34%.

China’s Industrial Electrification Strategy

  • Massive investments in generation, ultra-high-voltage transmission, grid storage, and substations since 2010.
  • Electric-arc-furnace steel output increased from 44 million tonnes in 2010 to 106 million tonnes in 2024.
  • Waste-heat recovery in cement contributes 30–35 kWh per tonne, improving energy efficiency.
  • Policy supports scrap recycling and preferential tariffs to expand electric steel production.

India’s Starting Conditions and Gaps

  • India doubled grid capacity in a decade and leads global solar additions.
  • Green electrons constitute only 7–8% of final energy use in industry.
  • Key barriers include legacy on-site combustion, uneven power reliability, and limited process electrification policies.

Sectoral Roadmap for India

  • Steel sector: Around 30% production uses electric-arc furnaces, compared to 70% in the U.S.
  • Improved scrap collection, renewable-linked EAF incentives, and CBAM readiness are necessary.
  • Cement sector: Support electrified kilns, waste-heat recovery, and CCUS pilot hubs.
  • MSMEs: Promote electric boilers, induction furnaces, and pooled renewable power procurement.

Strategic Importance Beyond Climate

  • Export competitiveness improves as buyers demand low-carbon manufacturing supply chains.
  • Energy security strengthens by reducing dependence on imported oil and gas.
  • Industrial sovereignty increases through location decisions based on skills, not fuel availability.

Policy Direction

  • Focus on megawatt-hours flowing into factories, not only renewable generation capacity.
  • Propose a national mission on industrial electrification and targeted MSME finance support.

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