Electrifying India's Kitchens: A Sustainable Future

Rationale for Transition: India’s cooking energy system is heavily dependent on imported LPG, with nearly 60% of demand met through imports, costing about $26.4 billion annually. This exposes the country to geopolitical risks, especially disruptions in the Strait of Hormuz. At the same time, a significant proportion of households still rely on traditional fuels like firewood and dung, indicating incomplete clean cooking transition.

Economic and Efficiency Advantages: Electric cooking has emerged as a viable alternative due to its lower operational cost and higher efficiency. Studies show that electric cooking is about 37% cheaper than unsubsidised LPG and significantly more efficient, with induction cooktops achieving nearly 85% energy transfer compared to 40% for LPG burners. This makes it an economically attractive and energy-efficient option for urban households.

Strategic Importance: Shifting to electric cooking aligns with India’s goals of energy security, decarbonisation, and self-reliance. Unlike LPG, electricity can be generated domestically, especially through renewable sources like solar power. This transition not only reduces import dependence but also strengthens India’s long-term energy sovereignty.

Growth and Limitations: While LPG connections have expanded significantly—from 150 million in 2015 to over 332 million in 2025—its sustainability is constrained by high import dependence and rising global prices. Geopolitical tensions in West Asia directly impact LPG prices, making it increasingly unaffordable for many households.

Affordability and Subsidy Burden: LPG remains affordable mainly due to subsidies like the Pradhan Mantri Ujjwala Yojana (PMUY). However, these subsidies impose a significant fiscal burden on the government. Without subsidies, LPG is costlier than electric cooking, limiting its long-term viability.

Structural Challenges: The persistence of traditional fuels among 37% of households highlights issues such as affordability, accessibility, and behavioral preferences. Additionally, LPG supply chains are vulnerable to external shocks.

Conclusion: These factors indicate that LPG-based clean cooking has reached an affordability and sustainability ceiling, necessitating alternative solutions like electrification.

Impact on Electricity Demand: Large-scale adoption of electric cooking can significantly increase electricity demand, especially during evening peak hours (9–11 p.m.) when households simultaneously use appliances. India’s peak demand has already risen to 242.5 GW, and additional load from millions of induction cooktops could further strain the system.

Grid Challenges:

• Peak Load Stress: Sudden spikes in demand can lead to higher costs as discoms purchase expensive power from spot markets.
• Infrastructure Constraints: Existing distribution networks may not support increased household loads without upgrades.
• Risk of Outages: In extreme cases, utilities may resort to load shedding, affecting economic activity.

Advantages of Electrification: Electrification offers multiple benefits, including cost savings, higher efficiency, and reduced import dependence. It also supports India’s climate commitments by enabling the use of renewable energy sources. Urban areas, with better grid infrastructure, are particularly suited for this transition.

Challenges and Constraints:

• Grid Capacity: The existing grid may not handle large-scale demand without significant upgrades.
• Behavioral Barriers: Indian cooking practices require multi-pot and high-heat cooking, which current electric appliances may not fully support.
• Initial Costs: High upfront costs of appliances and infrastructure can deter adoption.

Role of Rooftop Solar: Rooftop solar systems, combined with battery storage, can transform households into ‘prosumers’—both producers and consumers of electricity. Solar panels generate power during the day, which can be stored and used during evening cooking hours, reducing reliance on the grid.

Peer-to-Peer (P2P) Trading: P2P energy trading allows households to sell excess electricity to neighbors through digital platforms. This decentralised model enhances energy efficiency and reduces costs.

Case Study: A pilot project in Lucknow, using blockchain technology, demonstrated a 43% reduction in energy costs through P2P trading. Similarly, an Australian study showed that combining solar, batteries, and smart scheduling can reduce peak demand by up to 50%.

Implications: These innovations reduce grid stress, lower energy costs, and promote sustainable energy use.

Conclusion: Integrating rooftop solar and P2P trading is a key strategy for enabling large-scale electrification while maintaining grid stability.

Geopolitical Factors: India’s dependence on LPG imports makes it vulnerable to geopolitical disruptions, particularly in the West Asian region. Any conflict affecting the Strait of Hormuz can lead to supply shocks and price volatility, directly impacting Indian households.

Economic Considerations: The high import bill of LPG strains India’s foreign exchange reserves. Additionally, subsidies required to make LPG affordable impose a significant fiscal burden on the government.

Strategic Shift: Electric cooking offers a pathway to energy independence, as electricity can be generated domestically from renewable sources. This reduces exposure to global price fluctuations and enhances economic resilience.

Example: Countries investing in renewable energy and electrification, such as Germany, have reduced dependence on imported fuels.

Conclusion: The shift to electric cooking is not merely an economic decision but a strategic move towards energy sovereignty and national security.

Policy Vision: The objective should be to create a scalable, sustainable, and inclusive electric cooking ecosystem that balances affordability, efficiency, and grid stability.

Key Policy Measures:

• Target Urban Areas First: Prioritize cities with reliable electricity infrastructure.
• Financial Incentives: Redirect LPG subsidies towards capital support for electric appliances.
• Infrastructure Upgrades: Invest in grid capacity, smart meters, and transformer upgrades.
• Technology Integration: Promote OpenADR and smart appliances for demand management.