India's Khavda Solar-Wind Park Reaches 13 GW as IEA Pegs 2026 Renewables Spend at $2.2trn

India's Khavda Solar-Wind Park Reaches 13 GW as IEA Pegs 2026 Renewables Spend at $2.2trn Oilprice puts the world's largest green-energy site a third of the way to its 30 GW target, as IEA data show renewables drawing more than double the capital flowing to fossil fuels. Generation at India's Khavda Renewable Energy Park now stands at around 13 GW, Oilprice reported on Saturday (2026-05-31), against a planned build-out of 30 GW of combined solar and wind once the site is complete⁶. It matters because Khavda is the physical expression of a capital shift the IEA has been flagging all year. Renewable investment is projected to reach $2.2 trillion in 2026, more than double the spend on fossil fuels and over 40% of the $3.3 trillion the IEA estimates for the global energy sector, according to figures cited by Forbes on Tuesday (2026-05-19)⁵. The first 551 MW came online in February 2024, eighteen months after construction began in 2023⁶. Adani's Khavda complex sits near the Pakistan border, designed to span 730 square kilometres and 30 GW of capacity³. The Economist reported on Tuesday (2026-05-19) that 1,000 trucks a day move along a single-lane road to the site, and that the finished project could supply 4% of India's current electricity consumption³. Utility-scale batteries are being installed to firm output across the day and night⁶. That detail is the one traders should hold onto. A 30 GW solar-and-wind site without storage is an intermittent asset; with batteries, it starts to displace dispatchable thermal load⁶. India still draws almost three-quarters of its electricity from coal and has 39 coal-fired plants under construction, the Economist reported on Tuesday (2026-05-19)⁴. The IEA's read on the wider mix points the same direction. Global power demand is set to grow by more than 3% a year on average over the rest of the decade, but coal's share is expected to erode as nuclear, renewables and natural gas take ground, the agency's Electricity 2026 report found¹. The IEA sees the combined share of renewables and nuclear rising to 50% of the power mix by the end of the decade, with gas also growing¹. Solar carries most of that load. Renewable output will grow by roughly 1,000 TWh a year through 2030, with solar PV alone accounting for more than 600 TWh, the IEA forecasts¹. Demand is being pulled higher at the other end by computing: AI and data centres alone could account for as much as 4% of global electricity use by 2030, the IEA projects⁵. The supply chain behind the build-out runs through China, and that is where the picture gets less clean. Beijing has halted approvals of some new solar projects and cut subsidies to developers to slow its own expansion, ORF reported on Wednesday (2026-05-20), a move expected to ease panel prices for buyers abroad, with India among the biggest beneficiaries². The catch is domestic. India's maximum annual solar-cell manufacturing capacity is about 3 GW against average yearly demand near 20 GW, leaving the balance to be bought on the international market, according to India's Ministry of New and Renewable Energy². Module prices in India could fall by up to 25%, industry experts told ORF, a drop that would render local equipment makers uncompetitive². Cheaper Chinese panels accelerate deployment and undercut the manufacturing base New Delhi wants to build. The race is not India's alone. In the United States, the Golden State project is permitted and will require multiple companies to develop sections of the solar park, a build that could take around a decade, Oilprice reported on Saturday (2026-05-31)⁶. Scale on this order is now measured in years and gigawatts rather than megawatts. India's clean-power push sits against a target, set years ago, to double renewable capacity to 175 GW, second only to China in ambition². Khavda at 13 GW is one site already approaching a tenth of that older national goal^6,2. The next signal is the storage build at Khavda and whether the remaining 17 GW arrives on schedule, because firmed solar at that scale is what turns India's coal fleet from baseload into balancing capacity^6,4. The IEA's 50%-by-2030 mix assumes gas grows alongside renewables rather than being crowded out¹. Cheap Chinese modules make the first half of that equation easier and the manufacturing politics harder².