The Multi-Dimensional Economic Impact of the Chief Minister’s Solar Agricultural Pump Scheme on Farmers in Nanded District

Abstract

The transition toward renewable-energy-based irrigation has emerged as a critical strategy for achieving sustainable agricultural development in India, particularly in drought-prone regions such as Nanded district. The Chief Minister’s Solar Agricultural Pump Scheme (Mukhyamantri Saur Krushi Pump Yojana) has been implemented to provide farmers with reliable, cost-effective, and environmentally sustainable irrigation alternatives to diesel- and electricity-based pumping systems. The present study examines the multi-dimensional economic impact of the scheme using an exclusively secondary-data-based approach. The study adopts a descriptive and analytical research framework and is based on secondary data collected from official government reports, district statistical abstracts, scheme implementation records, renewable energy agency publications, and policy documents. The analysis focuses on key economic and implementation indicators such as physical and financial progress, taluka-wise and category-wise coverage, pump-type distribution, subsidy utilization, and achievement of scheme targets. These indicators are used to assess changes in irrigation infrastructure, cost efficiency, agricultural practices, and resource utilization at the district level. Secondary data analysis reveals that the expansion of solar-powered irrigation systems has significantly reduced farmers’ dependence on diesel and irregular grid electricity, leading to lower recurring energy costs and improved economic efficiency in agricultural operations. The availability of reliable daytime irrigation has supported better water management, increased cropping intensity, and more effective utilization of cultivable land. Financial records indicate complete disbursement of sanctioned subsidies, reflecting administrative efficiency and strong institutional support for the scheme. Category-wise data further suggest inclusive access to solar pump installations across different social groups. From an environmental perspective, the replacement of fossil-fuel-based irrigation with solar energy has contributed to reduced fuel consumption and alignment with clean-energy and sustainability goals. The study concludes that the Chief Minister’s Solar Agricultural Pump Scheme has played a constructive role in strengthening irrigation infrastructure, enhancing agricultural sustainability, and supporting rural economic stability in Nanded district. Strengthening awareness, technical support, and maintenance mechanisms is recommended to maximize the long-term impact of solar irrigation initiatives.