India’s energy security is becoming increasingly important as economic growth, industrial expansion and rising energy demand place greater pressure on the country’s energy system. At the same time, global geopolitical tensions and disruptions in international supply chains have demonstrated how quickly external developments can affect fuel availability, energy prices and economic stability.

In this context, Anil Jain Refex has highlighted the need for India to develop a more diversified and resilient energy system that combines domestic low-carbon resources, energy efficiency and responsible resource utilisation.

India has made progress in expanding energy access and supporting one of the world’s fastest growing major economies. However, the country continues to depend heavily on imported crude oil. This dependence can expose domestic markets to international price volatility and supply disruptions.

Diversifying oil imports across multiple countries can reduce reliance on individual suppliers. However, import diversification alone cannot fully protect the economy from broader changes in global energy markets. A stronger long-term strategy must also focus on increasing the amount of energy India can produce, recover and conserve within its own economy.

Domestic Energy Resources Can Improve Resilience

India has significant opportunities to develop energy from domestic resources. Agricultural residues, livestock waste and municipal organic waste can be converted into useful energy through modern bioenergy technologies.

Bioenergy can support energy security by creating value from resources generated within the country. Unlike imported fossil fuels, domestic bioenergy is less directly exposed to international supply disruptions.

The growth of compressed biogas could contribute to a more diversified energy mix while supporting waste management and rural economic activity. Developing this sector at scale will require reliable feedstock collection, efficient transportation systems, processing infrastructure and long term demand.

Policy initiatives have created an important foundation for the development of bioenergy. The next stage will depend on effective implementation and coordinated investment across the supply chain.

Energy Efficiency Is Also an Energy-Security Strategy

Energy security is not determined only by how much energy a country produces. It is also influenced by how efficiently energy is used.

Improving industrial processes can reduce unnecessary energy consumption while helping businesses manage operating costs. Efficient technologies in buildings, transportation and cooling systems can also lower demand without limiting economic activity.

As India’s cooling requirements increase, the adoption of advanced and energy efficient technologies will become more important. The transition toward lower global warming potential refrigerants can support environmental goals while contributing to more sustainable energy use.

Energy efficiency can reduce pressure on power infrastructure and lower the amount of fuel required to support growth. In this sense, every unit of energy saved can strengthen long-term resilience.

Resource Recovery Supports a Circular Economy

The productive use of industrial by-products can also contribute to a more efficient economy. Materials such as fly ash can be utilised in suitable applications, reducing waste and lowering dependence on some energy intensive raw materials.

Circular economy practices focus on recovering value from resources that might otherwise be discarded. These approaches can improve material efficiency while reducing the energy required for extraction, production and disposal.

Resource recovery therefore has a role beyond environmental management. It can contribute to economic resilience and support a broader approach to energy security.

A More Comprehensive Energy Strategy

India’s future energy system will require multiple solutions working together. Renewable energy, bioenergy, efficient technologies, resource recovery and responsible import diversification can each contribute to a more resilient energy future.

The country’s long term objective should not be limited to securing fuel from a greater number of international suppliers. It should also include reducing unnecessary energy demand and unlocking the value of resources already available within the domestic economy.

Building this system will require policy continuity, investment, infrastructure development and cooperation between government, industry and local communities.

Conclusion

India’s energy transition is both an environmental and strategic priority. Expanding domestic energy resources can reduce exposure to international disruptions, while energy efficiency and circular economy practices can improve the way resources are used.

A resilient energy future will depend on the country’s ability to produce more clean energy, use energy more efficiently and recover greater value from domestic resources. These efforts can support sustainable growth while strengthening India’s long term energy security.