India’s non-fossil fuel energy capacity has reached 297.36 GW, nearing the 300 GW target. This rapid expansion is driven by significant growth in solar and wind power infrastructure over the last decade. The upcoming Bharat Renewable Energy Summit in November aims to accelerate further investment into the country's clean energy sector.
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India is on the verge of reaching a major energy milestone, with non-fossil fuel capacity climbing to 297.36 GW, according to Union Minister Pralhad Joshi. This total, which includes solar, wind, and bioenergy, marks a significant shift from the approximately 75 GW capacity recorded in 2014. The push toward renewable energy is part of India’s broader strategy to reduce dependence on traditional power sources and lower the carbon intensity of its electricity grid.
Solar and Wind Energy Growth
The most notable contributor to this expansion is solar power. Since 2014, installed solar capacity has grown from 2.8 GW to 162 GW. Wind energy has also recorded substantial growth, rising from 21 GW to 57.4 GW. Additionally, bioenergy capacity has moved from 8.1 GW to 12 GW. This shift has been supported by a domestic push to improve manufacturing infrastructure, with solar module manufacturing capacity expanding from 2 GW to 200 GW.
Investment and Future Outlook
To build on this growth, the government has scheduled the Bharat Renewable Energy Summit and Expo 2026, set for November 2nd to 5th at Bharat Mandapam in New Delhi. The event is intended to bridge the gap between policy objectives and international capital, with invitations extended to 34 nations. The government is actively courting pension funds and large financial institutions to support the next phase of infrastructure development.
While the expansion of capacity is significant, investors often monitor several factors that can impact the profitability of these projects. These include the availability of land, the stability of power purchase agreements, and the ability of state distribution companies to make timely payments. Additionally, as the industry scales up, the management of intermittent supply from solar and wind remains a technical challenge that requires ongoing investment in energy storage solutions.
For the domestic manufacturing sector, the massive rise in module manufacturing capacity suggests a move toward self-reliance. However, the industry remains sensitive to global price fluctuations for raw materials like polysilicon and the impact of basic customs duties on imported components. The outcome of the upcoming summit and the specific policy announcements regarding long-term financing will be the next important monitorable for stakeholders in the renewable energy value chain.