How a 75 Percent Government Subsidy Helped a Faridabad Farmer Overcome Power Outages with Solar Pumps Facing chronic electricity shortages and nocturnal safety hazards, progressive farmer Yash Mohan Saini installed a solar energy system on his Faridabad farm with a 75 percent government subsidy. The move has streamlined drip irrigation and ended reliance on erratic grid power. Farmers in the Faridabad district of Haryana frequently encounter severe power supply disruptions that hamper agricultural operations. Although official guidelines promise eight hours of daily electricity for agricultural feeders, actual availability in rural pockets often falls short. During the monsoon season, frequent rainfall triggers prolonged outages lasting several days. For cultivators growing paddy, vegetables, and ornamental crops, the lack of timely irrigation during critical growth stages poses a direct threat to crop yield and livelihood. Risks of Night-Shift Irrigation and Grid Uncertainty The operational schedule for rural power supply further compounds farmers' challenges. Feeder schedules typically alternate every fifteen days between daytime and nighttime slots. When power is supplied during night shifts, farmers are forced to venture into pitch-dark fields to manage irrigation channels and tubewells. Navigating waterlogged fields at night carries significant hazards, including exposure to poisonous snakes, scorpions, and aggressive stray animals. Sudden grid failures during late hours leave farmers stranded in dangerous field conditions, creating an urgent need for independent and reliable power sources. Innovative Initiative by Progressive Farmer Yash Mohan Saini To eliminate these recurring obstacles, Yash Mohan Saini, a progressive farmer based in Fatehpur Billoch village in Faridabad, turned to renewable energy solutions. Managing several acres dedicated to ornamental plant cultivation, he required a consistent and predictable irrigation mechanism. Recognizing that conventional power lines were unreliable, he transitioned to off-grid solar energy by installing a solar-powered pumping system on his farm four years ago. Four Years of Uninterrupted Solar Irrigation Reflecting on the change, Yash Mohan Saini noted that chronic power cuts and the hazards of night irrigation once created severe operational strain. Rainstorms routinely interrupted grid supply for days, while night visits to the fields presented constant safety fears. Since installing the solar setup four years ago, these issues have been completely resolved. The system operates from morning to evening, driving the tubewell whenever required. Equipped with a universal controller, the solar array supplies power for farm irrigation and runs essential appliances like lights and fans during hot weather. By coupling the solar tubewell with a modern drip irrigation system, he completes full farm watering within just one hour daily. Financial Breakdown and 75 Percent Subsidy Benefits A significant aspect of the project is the government subsidy program available for agricultural solar installations, an incentive that many regional farmers remain unaware of. Under the scheme, eligible farmers receive up to 75 percent subsidy on the total capital cost of the system. Four years ago, Yash Mohan Saini paid Rs 1,76,000 as his self-contribution and funded the initial ground borewell. The remaining infrastructure, including solar panels and control units, was installed through government-empanelled contractors. Manufactured by Ozone, the equipment has demonstrated high weather resistance against strong winds and storms. The service network ensures that minor technical issues are addressed within one to two days by company technicians. Step-by-Step Online Application Process The procedure for securing a subsidized solar pump is handled through online portals. Yash Mohan Saini submitted his application at a local Common Service Center (CSC). The necessary documentation includes the land ownership record (Jamabandi Fard) in the landowner's name and an Aadhaar card. Once registered online, applicants select from available options ranging from 3 kW to 10 kW capacities, with choices between AC and DC motor configurations. Farmers can also choose from a list of approved manufacturing brands. Upon completing the required payments and preparing the site borewell, installation is typically executed by technicians within fifteen days to one month. Enhancing Agricultural Efficiency in Daylight Hours Switching to solar power allows farmers to conduct irrigation exclusively during daylight hours, which is particularly beneficial for precision techniques like drip irrigation. Watering delicate ornamental crops during the day ensures optimal moisture absorption and reduces water wastage. By removing dependency on the electrical grid, farmers eliminate the dangers associated with night farming while securing a self-sustaining power supply for their agricultural needs. What this means for you This news demonstrates a practical pathway for farmers to cut irrigation costs and secure reliable power using subsidized solar energy. • Across India: Farmers across the country can leverage official solar pump subsidy schemes offering up to 75 percent financial assistance to install off-grid pumping systems. This reduces dependence on diesel generators and erratic grid power while cutting operational overheads. • In Haryana and Faridabad: Local cultivators in Faridabad and nearby districts can submit online applications via CSC centers using land ownership records (Jamabandi Fard) and Aadhaar cards. This eliminates nocturnal field hazards and enables efficient daytime drip irrigation. Why this happened Unreliable grid electricity, monsoon blackouts, and the physical risks of night irrigation prompted the adoption of solar-powered agricultural pumps. • Grid Inefficiency and Night Schedules: Rural power lines fail to provide guaranteed eight-hour supply, while alternating 15-day night shifts create severe operational challenges. • Safety Hazards in Fields: Irrigating at night exposes farmers to snakebites, animal attacks, and accidents in dark, flooded fields. • Government Financial Incentives: A 75 percent capital subsidy significantly lowers the barrier to entry, making heavy-duty solar installations economically feasible for individual farmers. Questions & Answers 1. How much subsidy is available for installing an agricultural solar pump? Government agricultural schemes offer up to a 75 percent subsidy on solar pumping systems. 2. Which documents are required to apply for a solar pump subsidy? Applicants require the land title record (Jamabandi Fard) in the owner's name and an Aadhaar card. 3. Where can farmers apply for the solar subsidy? Farmers can apply online by visiting their nearest Common Service Center (CSC). 4. What capacity range is available for agricultural solar pumps? Solar pumping options range from 3 kW to 10 kW capacities, available in both AC and DC models. 5. How long does installation take after submitting the application? Once the site borewell is ready and formalities are completed, installation typically takes between 15 days and 1 month. Inspiration & Lessons Yash Mohan Saini's journey highlights how combining modern technology with government subsidy schemes can resolve persistent agricultural problems. • Proactive Problem Solving: Rather than relying on unreliable grid supply, he invested in an independent solar power setup. • Leveraging Public Schemes: By researching available incentives, he accessed a 75 percent subsidy via a local CSC portal to minimize capital expenditure. • Integrating Modern Practices: Paired solar energy with efficient drip irrigation to optimize both power usage and water conservation. https://trendkia.com/en/haryana/solar-pump-ne-badali-faridabad-ke-kisana-ki-kismata-75-phisadi-sabsidi-ke-satha-dura-hui-sinchai-ki-pareshani-31199 TrendKia — Har trend, sabse pehle.