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Agri-voltaic system to generate power, conserve water in Jodhpur institute

While generating renewable energy, the uniqueness of Agri-voltaic system harvests rainwater falling on solar panels that can be reused for supplemental irrigation during the period of water shortages


Agri-voltaic system to generate power, conserve water in Jodhpur institute
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In order to generate solar energy and conserve rainwater, ICAR-Central Arid Zone Research Institute, Jodhpur has installed a 105 kW Agri-voltaic system (AVS) at its farms in the campus.

Inaugurating the system, Dr. Trilochan Mohapatra , Secretary (DARE) and Director General, Indian Council of Agricultural Research (ICAR) said, AVS comprising of installing solar panels and undertaking farming at one time on the same land serves two major purposes of electricity generation and crop cultivation. The uniqueness of AVS system is that it had provision of harvesting rainwater falling on solar panels that can be reused for supplemental irrigation during the period of water shortages. AVSs have a special relevance in arid areas of north-western region as these regions receive higher radiations (6.11 kWh m-2 day-1) as compared to the rest of the country (5.6 kWh m-2 day-1). The income from selling of PV-generated electricity from around one acre area would be about Rs. 7,60,000 per year in addition to income from farming.

On the occasion, Dr. JS Samra, Chairman of Research Advisory Committee of the institute emphasised on the need to understand change in micro-climate created by growing of crops between spaces of panels.

Dr. S Bhaskar, ADG (AAF & CC), ICAR highlighted the importance of soil conservation in AVS with perennial components in order to reduce soil loss from fields and further mentioned that land productivity can be increased by introducing AVS in wastelands and agricultural lands of arid areas.

Earlier Dr. OP Yadav, Director of the Institute briefed about the objective of AVS and highlighted that the region provides 300 cloud-free days in a year and thus have a huge potential to harness solar energy. The interspace areas in AVS, installed with three experimental designs in separate blocks at CAZRI, provide scope of cultivation of crops in around half of area.

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