A Major Opportunity for Indian Entrepreneurs: Building the Next Generation of Cooking Technologies

India Needs the Next Generation of Cooking-Energy Startups — IITG TIC Invites Innovators

India has achieved scale in cooking-energy access. As of 1 April 2025, PSU oil marketing companies were serving 32.97 crore active domestic LPG customers through 25,542 distributors. That is a major national achievement. (Petroleum Planning & Analysis Cell)

But the next challenge for India is not only access. It is about building cooking-energy systems that are more efficient, more intelligent, and less dependent on imported fuels.

This is where startups can make a real difference.

At IIT Guwahati Technology Incubation Centre (IITG TIC), we see a major opportunity in two strategic areas:

First, smart induction cooking systems designed for Indian cooking.

Second, compressed biogas / bio-CNG from biomass and organic waste.

IITG TIC positions itself as a platform for entrepreneurs and young innovators to turn ideas into viable business propositions, with support in incubation, technical assistance, business mentoring, infrastructure, and related startup support systems. The centre highlights facilities and programmes intended to reduce the risk for early-stage ventures, including incubation support, labs, and application pathways for startups. (IIT Guwahati Incubation Centre)

Why smart induction matters for India?

Indian cooking is not a simple heating task. It needs rapid response, simmer control, temperature stability, and flexible heat modulation for boiling, frying, roasting, tempering, and slow cooking. Gas has traditionally been preferred because cooks can control the flame intuitively.
That is precisely why India needs a new category of startup-built induction systems: not just basic electric cooktops, but smart, sensor-enabled, precision-controlled induction platforms built for Indian kitchens.
This is not only a convenience opportunity. It is also an energy-economics opportunity.
The U.S. Department of Energy notes that induction cooktops are up to three times more efficient than gas stoves. In other words, much more of the input energy reaches the vessel instead of being lost to the surroundings. (The Department of Energy's Energy.gov)
That efficiency advantage matters directly in operating cost.
Under APDCL’s current tariff schedule effective 1 April 2025, electricity charges are around ₹7.99/kWh for LT General Purpose, ₹8.19/kWh for domestic consumption above 500 units in Domestic-A, and ₹8.94/kWh for LT Commercial. (apdcl.org)
By comparison, current LPG references for Guwahati indicate around ₹902–₹962 for a 14.2 kg domestic cylinder and about ₹1,886–₹1,936 for a 19 kg commercial cylinder.
When these prices are converted into useful cooking heat, induction remains highly competitive because of its much higher efficiency. In practical terms, at APDCL tariffs, induction works out to roughly ₹9.5–₹10.6 per useful kWh for many institutional and commercial-use categories, while commercial LPG can land around ₹13–₹19 per useful kWh, depending on burner efficiency. Even for higher-consumption homes, induction remains strongly competitive and can still be cheaper in real use where heat losses from LPG are significant. This is especially true for boiling, simmering, milk heating, hostel kitchens, and controlled batch cooking. These figures follow from APDCL tariff rates, LPG price references, and DOE’s efficiency comparison. 
So the national opportunity is clear: if India develops better induction systems suited to Indian cooking, we can reduce LPG demand growth in many use cases while improving control, safety, and energy efficiency.
What kind of induction startups India needs
India does not need generic imported appliances alone. It needs India-specific cooking technologies with:

• fine low-end simmer control,
• rapid transient heating for tadka and frying,
• temperature-based control rather than crude power steps,
• vessel sensing,
• programmable cooking profiles for Indian dishes,
• rugged operation for homes, hostels, and community kitchens,
• intelligent features for consistency, safety, and energy savings.

A truly useful smart induction platform should allow users to maintain a curry just below boiling, deliver a high-temperature burst for tempering, or hold milk within a safe heating band without overflow. That is a meaningful deep-tech product opportunity.
The second opportunity: bio-CNG from biomass
The second national opportunity is equally important.
India produces large volumes of biomass and organic waste. Converting these into useful gaseous fuel through compressed biogas / bio-CNG can reduce waste, create decentralized fuel systems, support rural enterprise, and strengthen domestic energy resilience.
Together, these two tracks — smart induction and biomass-based gaseous fuel — can help India build a more diversified, efficient, and self-reliant cooking-energy ecosystem.
A call from IITG TIC
At IITG TIC, we believe this is the right time to encourage founders, engineers, researchers, and startups to work on:

• smart induction appliances for Indian cooking,
• precision thermal-control systems,
• sensor-enabled cooking platforms,
• AI-assisted cooking-energy solutions,
• biomass-to-bio-CNG technologies,
• decentralized clean-fuel systems for institutions and communities.

We invite startups interested in working in these directions to engage with IITG TIC.
If you are building technologies for smart cooking systems, energy-efficient appliances, biomass valorization, or clean fuel alternatives, IITG TIC would be happy to explore how we can support your journey through incubation, mentoring, technical guidance, and ecosystem linkages. IITG TIC describes itself as a platform for transforming innovative ideas into viable ventures, and provides incubation and support pathways through its official website. (Technology Incubation Centre – Indian Institute of Technology Guwahati)
India now needs solutions designed for Indian cooking, Indian energy realities, and Indian scale.
This is where startups can create both national impact and commercial value.