Why Power and Energy Systems Could Decide the Future of India’s Aerospace Strength

Air Marshal Sanjiv Ghuratia highlights the critical role of indigenous power and energy technologies in strengthening India’s future aerospace and defence capabilities.

When people talk about aerospace power, the focus usually remains on fighter jets, missiles, drones, or advanced radar systems. However, according to Air Marshal Sanjiv Ghuratia, one of the most critical foundations of aerospace capability lies elsewhere: power and energy systems. His recent remarks highlight an often-overlooked reality that modern military technology is only as effective as the energy systems that sustain it.

India’s defence sector is currently undergoing one of its largest modernization drives in decades. From indigenous fighter aircraft like the Tejas Mk1A to advanced drones, missile systems, electronic warfare platforms, and future stealth aircraft programmes, nearly every major military platform depends heavily on efficient energy generation, power management, and propulsion technologies. Air Marshal Ghuratia emphasized that India must develop its own systems and manufacturing capabilities if it wants to remain technologically competitive in a rapidly evolving global environment.

This observation reflects a larger strategic challenge. Modern warfare is becoming increasingly dependent on power-intensive technologies. Advanced radars, directed-energy weapons, electronic warfare suites, AI-enabled systems, secure communication networks, and autonomous platforms all require reliable and highly efficient power sources. As military systems become smarter and more connected, energy management is emerging as a core battlefield requirement rather than a supporting function.

One of the key themes highlighted during discussions on military power systems was the growing importance of indigenous innovation. India has made significant progress in developing aircraft, missiles, and surveillance systems, but true self-reliance requires deeper control over critical technologies such as propulsion systems, onboard power generation, batteries, thermal management, and advanced energy materials.

The issue becomes even more important when viewed through the lens of national security. Dependence on foreign suppliers for critical aerospace components can create long-term vulnerabilities during geopolitical tensions or supply-chain disruptions. Developing domestic expertise in power and energy technologies helps ensure operational readiness while reducing strategic dependence on external partners.

Another important aspect is the future direction of aerospace research. Global defence industries are increasingly exploring hybrid propulsion systems, advanced batteries, high-energy materials, and even hydrogen-based technologies to improve efficiency, endurance, and operational flexibility. Air Marshal Ghuratia noted that better energy management resources and technological innovation will be essential if India wants to maintain operational superiority in the coming decades.

The importance of energy systems extends beyond aircraft alone. Modern drones, counter-drone systems, satellites, naval platforms, and integrated air defence networks all depend on sophisticated power architectures. As India expands its network-centric warfare capabilities, the demand for advanced energy solutions will only continue to grow.

What makes this discussion particularly significant is that it shifts attention toward a foundational layer of defence capability that rarely attracts public attention. Engines, batteries, propulsion technologies, energetic materials, and power management systems may not generate headlines like fighter jets or missiles, but they determine how effectively those platforms perform in real-world operations.

Air Marshal Ghuratia’s remarks serve as a reminder that the future of India’s aerospace strength will not be defined only by the weapons it builds, but also by the energy technologies that power them. As India pushes toward greater defence self-reliance and technological independence, mastering power and energy systems could become one of the most important strategic goals of the coming decade.