How Can India Transform Its Solar Energy System?
Synopsis
Key Takeaways
New Delhi, Feb 10 (NationPress) India needs to evolve beyond merely increasing solar capacity to fundamentally reshape its energy framework, emphasizing distributed solar, storage, and intelligent grids to address an anticipated significant rise in demand, as outlined in a recent report.
A study from Tata Power forecasts that by 2035, solar energy will play a pivotal role in India’s competitiveness, fueling industries, empowering communities, shaping intelligent urban areas, and generating millions of job opportunities.
The report highlights that India is set to experience the most considerable increase in energy demand globally in the next few decades, suggesting that microgrids could become essential for rural manufacturing hubs, digital education, modern healthcare facilities, and community-based e-mobility solutions.
Moreover, distributed solar will advance clean energy initiatives beyond urban centers, necessitating policy frameworks that facilitate quicker deployment, enhance grid intelligence, and foster long-term investment assurance, according to the report.
“India will witness the largest increase in energy demand worldwide in the coming decades. Clean and green energy will be crucial in addressing this heightened demand, where affordability and accessibility will be paramount,” stated Dr. Praveer Sinha, CEO and Managing Director of Tata Power Company Limited.
Tata Power identified six key policy areas, including guidelines for resource adequacy, mandates for storage procurement, incentives for domestic manufacturing, green open access with digital approval processes, advanced forecasting protocols, and standards for recycling and circularity of panels.
“States will need to strategize for reliable, dispatchable capacity alongside renewables. This approach will ensure reliability as solar usage expands and clarify the role of hybrid and storage-supported solutions,” the blog elaborated.
New guidelines will promote the addition of battery and pumped-hydro storage by utilities and developers, aiding in managing variability, minimizing curtailment, and ensuring a continuous renewable supply.
Tata Power anticipates collaborations in R&D for advanced technologies and module development, along with workforce training. Innovations in manufacturing to bolster domestic supply chains and modernization of grid systems with utilities and regulatory bodies are also critical areas needing cooperation.
India currently ranks third in solar capacity and fourth in overall renewable energy, having added 26.6 GW of solar in the first nine months of 2025, marking a 54% increase year-over-year.
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