What Happened
- India's clean cooking transition is increasingly centred on electric alternatives to LPG — principally induction cooktops and infrared (radiant) cooktops — as electricity costs fall and LPG import dependence grows.
- The debate between induction and infrared technology has significant policy implications: both technologies address clean cooking goals, but differ substantially in energy efficiency, appliance compatibility, upfront cost, and grid demand profile.
- A large-scale switch to electric cooking, while environmentally and economically desirable, could intensify peak demand on India's power grid — particularly during the evening cooking hours when the grid already faces stress.
- Peak electricity demand in India has grown from 148 GW in 2014 to a record 242.5 GW in December 2025, making grid management during any demand surge critical.
- India imports roughly 60% of its LPG and 50% of its natural gas, making the transition to domestic electric cooking a strategic energy security priority — with the annual LPG/gas import bill reaching $26.4 billion in FY2024–25.
Static Topic Bridges
Induction vs Infrared Cooktops — Technology Comparison
Induction cooktops use electromagnetic induction to heat the cookware directly: an electric current passes through a coil beneath the glass surface, generating a magnetic field that induces eddy currents in ferromagnetic pots and pans, producing heat within the vessel itself. This makes induction highly energy-efficient (~85%) but restricts compatibility to iron- or steel-based cookware.
Infrared (radiant) cooktops use a resistive heating element beneath a glass surface; the element glows red-hot and transfers heat primarily through infrared radiation and conduction through the glass. They work with any flat-bottomed cookware (~60–70% efficiency) but are less efficient than induction.
- Induction efficiency: ~85%; infrared efficiency: ~60–70%; LPG burner efficiency: ~40%
- Induction requires ferromagnetic cookware (cast iron, stainless steel with magnetic base); does not work with aluminium, copper, or glass
- Induction requires a 25-ampere electrical connection — far beyond the 5-amp or 10-amp connections in most rural Indian homes (designed only for lighting and fans)
- Infrared cooktops work with all flat-bottomed cookware and 5–10 amp connections — making them more immediately deployable in rural areas
- Annual cooking cost comparison (FY2024–25): Electric cooking ₹5,844/year vs LPG ₹9,300+/year (without subsidy); electric cooking is 37% cheaper than unsubsidised LPG
- The Energy and Resources Institute (TERI) highlights the need for multi-pot induction technologies to make electric cooking viable for Indian households (simultaneous chapati, dal, tempering)
Connection to this news: Induction's higher efficiency makes it the preferred technology for reducing energy consumption per household, but its infrastructure requirements (higher ampere connection) create a significant adoption barrier for rural and lower-income households — the very population that the clean cooking push targets.
Pradhan Mantri Ujjwala Yojana (PMUY) — India's Clean Cooking Programme
The Pradhan Mantri Ujjwala Yojana (PMUY) — launched in May 2016 by the Ministry of Petroleum and Natural Gas — is India's flagship clean cooking scheme. It provides deposit-free LPG connections to women from households below the poverty line (BPL), with the goal of replacing biomass-based cooking (firewood, dung cakes, crop residue) with clean LPG cooking.
- Launch date: May 1, 2016; Ministry of Petroleum and Natural Gas
- Target beneficiaries: Initially BPL women; expanded to cover SC/ST, forest dwellers, PMAY-Gramin beneficiaries, etc.
- Total LPG connections provided (cumulative): Over 10.33 crore (103.3 million) as of 2025
- Total domestic LPG connections in India: Grew from ~16.6 crore (2016) to over 33 crore (2025)
- Key challenge: "First refill" problem — many PMUY beneficiaries receive a free connection but cannot afford subsequent LPG cylinder refills at market prices, reverting to biomass
- PMUY 2.0 (launched 2021): Extended to migrants without proof of domicile; provides one free refill upon connection
Connection to this news: The limitations of PMUY — particularly the refill affordability barrier — are driving policy interest in electric cooking alternatives that have a lower long-term operating cost once the upfront infrastructure investment is made.
India's Electric Cooking Transition — Grid and Policy Challenges
India's transition to electric cooking intersects with two major policy challenges: demand-side grid management and electricity distribution infrastructure. Electric cooking, especially induction, adds a concentrated, time-coincident load during evening cooking hours (6–9 PM) — precisely when the residential electricity grid already faces its peak demand.
- India's peak electricity demand: 148 GW (2014) → 242.5 GW (December 2025) — a 64% growth in 11 years
- Evening peak problem: Large-scale induction adoption would flatten the demand curve further, potentially adding 20–30 GW of coincident load during peak hours [Unverified — indicative range from modelling studies]
- Automated Demand Response (ADR) via the OpenADR protocol: Smart cooktops and appliances can auto-adjust consumption during peak hours through two-way utility-device communication — a grid-management solution
- Ministry of New and Renewable Energy (MNRE) and Bureau of Energy Efficiency (BEE) are the nodal agencies for electric cooking policy development
- EESL (Energy Efficiency Services Ltd.) is involved in procurement and distribution of efficient appliances under government programmes
- India's electricity access: Near-universal household electrification achieved under Saubhagya scheme (2017); challenge now is moving from "connected" to "consuming" for cooking
Connection to this news: Electric cooking is economically and environmentally superior to LPG or biomass — but without simultaneous investment in distribution infrastructure upgrades (higher-ampere connections for rural households) and demand response mechanisms, a rapid switch could destabilise the grid.
India's LPG Import Dependence — Strategic Context
India imports approximately 60% of its LPG consumption and about 50% of its natural gas — making the cooking fuel basket highly exposed to global commodity price volatility and geopolitical disruption. The Gulf region is the dominant source for both LPG and LNG imports.
- LPG import dependence: ~60% of consumption
- Natural gas import dependence: ~50% of consumption
- Combined LPG/natural gas import bill: $26.4 billion in FY2024–25
- India is the world's second-largest LPG consumer (after the US)
- LPG subsidy (DBTL — Direct Benefit Transfer for LPG): Government provides ₹200/cylinder subsidy directly to consumer bank accounts (Pahal scheme); Ujjwala beneficiaries receive additional support
- Transition to electric cooking would reduce oil import bill and improve current account balance — a key economic co-benefit
Connection to this news: A successful electric cooking transition reduces India's strategic vulnerability to Gulf supply disruptions — the same supply chain risks that the fertiliser sector (which depends on Gulf ammonia and LNG) faces simultaneously.
Key Facts & Data
- Induction cooktop efficiency: ~85%; infrared: ~60–70%; LPG: ~40%
- Induction connection requirement: 25-ampere (most rural homes: 5–10 amp)
- Annual electric cooking cost (FY2024–25): ~₹5,844/year for a family of four
- Annual LPG cooking cost (without subsidy): ~₹9,300+/year; with ₹200 subsidy: lower
- India's peak electricity demand: 148 GW (2014) → 242.5 GW (December 2025)
- PMUY launch: May 2016; connections provided: 10.33 crore+
- LPG connections in India (total): Grew from 16.6 crore (2016) to 33+ crore (2025)
- LPG import dependence: ~60%; natural gas: ~50%
- LPG/gas import bill: $26.4 billion (FY2024–25)
- EESL: Energy Efficiency Services Ltd — nodal for efficient appliance distribution
- OpenADR protocol: Enables two-way utility-appliance communication for demand response