India’s Manufacturing Growth vs. Net Zero Goals: CEA Highlights Emission Challenges
Balancing India’s ambitions for manufacturing growth with its commitment to achieving net-zero carbon emissions is becoming a significant challenge, according to Chief Economic Advisor Anantha Nageswaran. Speaking at the launch of the Niti Aayog study report titled ‘Scenario Towards Viksit Bharat and Net Zero,’ Nageswaran emphasized the need for India to expand its industrial capacity while simultaneously reducing its carbon footprint. He described the report as a crucial step in the country’s long-term climate and development strategy.
Manufacturing’s Role in Economic Growth
Nageswaran highlighted that manufacturing has contributed approximately 18 percent to India’s GDP over the past decade, while the services sector has been the primary driver of growth for many years. He underscored the importance of manufacturing in India’s goal of becoming a global economic powerhouse. According to him, a robust manufacturing sector can lower capital costs, strengthen the currency, and enhance state capacity. He noted that a renewed focus on manufacturing, as outlined in the recent Union Budget and Economic Survey, could increase the emission intensity of the economy. This complexity makes India’s journey toward net-zero emissions more challenging compared to other nations.
Financing the Transition
Addressing the financial aspects of this transition, Nageswaran pointed out that geopolitical tensions, pressure on multilateral institutions, and rising protectionism mean that India will need to rely heavily on domestic resources. He emphasized the importance of sustained economic growth, increased household savings, job creation, and investment generation. This approach would create an “endogenous” growth-investment cycle, essential for financing the transition to a greener economy.
Challenges of Renewable Energy
Nageswaran also discussed the energy-intensive nature of renewable technologies. He cited data from the Economic Survey, indicating that generating one gigawatt of solar power requires significant amounts of materials such as silver, polysilicon, and aluminum. Similarly, wind power relies heavily on copper, which involves energy-intensive extraction and processing. These factors highlight the high energy intensity associated with renewable energy, reinforcing the need for investment in advanced technologies like carbon capture, utilization, and storage (CCUS). He also called for innovations to tackle intermittency and storage challenges in renewable energy systems.
The Importance of Research and Development
The Chief Economic Advisor advocated for a substantial increase in research and development investments in areas aimed at reducing the energy intensity of renewable sources, improving storage technologies, and advancing carbon capture solutions. He noted that India’s progress in science and R&D could not only facilitate its own energy transition but also assist other emerging economies facing similar challenges. Nageswaran described the Niti Aayog study as a “living document” that will require periodic updates to remain relevant as technology, economic conditions, and global realities evolve. He concluded that this document will serve as a stable reference for researchers, policymakers, and students interested in economics and climate change.
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