Rajasthan Test 9

Rajasthan has positioned itself as a global leader in solar energy development, leveraging its exceptional solar resource — among the highest in the world — to become the state with the largest installed solar power capacity in India and a frontrunner in the country's energy transition. The Thar Desert and other arid zones of western Rajasthan receive intense solar radiation throughout most of the year, with average global horizontal irradiance levels exceeding six kilowatt hours per square metre per day across large areas. This natural endowment has made Rajasthan uniquely suited to large-scale photovoltaic and concentrated solar power installations, and successive state governments have crafted policies to attract investment and develop solar infrastructure. The Bhadla Solar Park in Jodhpur district is the most prominent symbol of Rajasthan's solar ambition and is recognised as the world's largest solar power park in terms of installed capacity. Spread across approximately five thousand hectares of wasteland, the park hosts multiple solar power projects commissioned by different developers and has attracted investment from both domestic companies and international energy firms. The park was developed in phases, with each phase adding hundreds of megawatts of capacity, and has achieved significant economies of scale that have driven down the cost of solar power generated there to record-low levels. Solar tariffs discovered through competitive bidding at Bhadla have been among the lowest in India and have helped establish the commercial viability of large-scale solar in the country. The development of the park required the acquisition of wasteland, construction of a high-voltage substation and transmission infrastructure to evacuate power, and establishment of water supply and road connectivity for construction and maintenance operations. Rajasthan's state solar energy policy has evolved through successive iterations, with each version setting more ambitious capacity targets and offering progressively more investor-friendly incentives. Incentives provided to solar project developers in Rajasthan have included provision of land at concessional rates, expedited environmental and other clearances, electricity duty exemptions, and banking and wheeling arrangements that allow solar project developers to supply power to consumers through the grid. The state has also been developing solar parks in other districts including Bikaner, Barmer, and Jaisalmer to distribute the benefits of solar investment geographically and leverage the solar potential of the entire desert region. Rooftop solar deployment has been another important dimension of Rajasthan's solar programme, with the state government offering subsidies and facilitating net metering arrangements that allow rooftop solar owners to export surplus power to the grid. Government buildings, schools, hospitals, and public institutions have been prioritised for rooftop solar installation to reduce public electricity bills and demonstrate the technology. Rajasthan has set ambitious renewable energy targets consistent with the national target of achieving five hundred gigawatts of non-fossil fuel-based installed power capacity by 2030. Wind energy resources in Rajasthan, particularly in the Jaisalmer, Barmer, Sikar, and Bikaner districts, complement the solar resource and several large wind farms are in operation. Hybrid renewable energy parks that combine solar and wind generation at the same site offer advantages including higher land use efficiency, smoother power generation profiles, and shared infrastructure. The state has been developing renewable energy zones that aggregate solar, wind, and hybrid projects in areas with the best resources and transmission infrastructure, facilitating the development of gigawatt-scale clusters that can be connected to the national grid through dedicated transmission lines. The Green Energy Corridor project, implemented by the Power Grid Corporation of India and state transmission utilities, has been developing the transmission infrastructure required to evacuate large volumes of renewable power from solar and wind-rich states including Rajasthan to consumption centres across India.