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(GIST OF YOJANA) PM-KUSUM: Empowering Farmers with Solar Energy Solutions
GIST OF YOJANA : PM-KUSUM: Empowering Farmers with Solar Energy Solutions
FEBRUARY-2025
PM-KUSUM: Empowering Farmers with Solar Energy Solutions
Context:
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Agriculture plays a pivotal role in India's progress, furnishing sustenance, nutrition, and employment opportunities.
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The Pradhan Mantri Kisan Urja Suraksha Evam Utthaan Mahabhiyan (PM-KUSUM) was inaugurated in March 2019 to weave solar energy into the agricultural sector.
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There are around 5,02,000 solar pumps across the nation, curtailing CO2 emissions by 1.02 million tonnes each year.
Energy Utilization in Agriculture
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Irrigation is essential for boosting crop production and enhancing resilience to climate fluctuations.
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The irrigated land in India has increased threefold since the Green Revolution, yet dependence on groundwater has escalated.
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The energy landscape in agriculture has transitioned from organic to mechanical sources, predominantly electricity and diesel.
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Subsidized electricity fosters excessive groundwater extraction, jeopardizing water availability.
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Energy consumption in agriculture accounts for 8-11% of India's overall carbon emissions.
PM-KUSUM: Aims and Features
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PM-KUSUM aspires to establish 34.8 GW of solar capability by March 2026 through three segments:
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Component-A: Establishing solar power plants (with capacities ranging from 500 kW to 2 MW).
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Component-B: Installing independent solar-powered irrigation pumps.
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Component-C: Solarizing current grid-connected irrigation pumps.
Advantages of Solar-Powered Irrigation
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Solar-powered irrigation pumps present numerous advantages:
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Decreased dependency on fossil fuels.
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Reduced operational expenses.
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Lowered carbon output.
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Increased farm profitability.
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Enhanced energy efficiency.
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Simple operation and minimal upkeep.
Obstacles and Prospects
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The uptake of solar-powered irrigation systems is limited (2.64%) due to:
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Significant initial investment costs.
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Challenges in obtaining financial assistance for farmers.
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Electricity subsidies preventing solar technology adoption.
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Worries about excessive groundwater depletion.
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Absence of institutional frameworks to align solar pumps with water-saving measures.
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Regional disparities in the solarization of irrigation systems.
Conclusion
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Merging solar energy into agriculture presents multiple advantages, such as greater farm income, diminished reliance on fossil fuels, and lowered operational costs.
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Broad implementation of solar energy can assist in curbing carbon emissions and addressing climate change.
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