Wanting the Centre to subsidize those who replace their current electric tubewells for sucking out groundwater for irrigation, instead of helping business interests with a similar subsidy, Dr Shah, addressing newspersons in Ahmedabad, wondered: Why help the likes of Ambani and Adani instead of farmers in accomplishing the solar mission?
Senior flow with the International Water Management Institute (IWMI), Colombo, Dr Shah said, the experiment he has carried out in Thamna village in Anand district of Gujarat suggests that solar power can indeed help replace electric pumps across India, if the Modi government decides to offer “reasonable” subsidy.
“We have already demonstrated how a farmer, Ramanbhai Parmar, has been successfully using solar pump to use groundwater for irrigate his field, producing banana, even as selling the surplus power he produces to the power distribution company under an agreement”, Dr Shah said.
Suggesting this is feasible across India, he said, “The cost of solar power has been going down. While immediately the government may have to offer subsidy, there may a situation when farmers may be wanting to put up solar pumps to irrigate fields without subsidies.” Dr Shah was in Ahmedabad to deliver the first Anil Shah memorial lecture.
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| Ramanbhai Parmar |
In fact, Dr Shah said, the farmers should be incentivized by allowing them to sell the solar power they produce to the power distribution companies. Those who are allowed sell their power should be mandated to use drip irrigation. This way, they can earn money, and reducing their dependence on sucking out excessive groundwater.
Pointing out “great advantages” of the scheme he has worked out, Dr Shah said, this would set aside the present danger of acquiring huge pieces of land for corporates for putting up solar power plants, as envisaged in the National Solar Mission.
Dr Shah said, solar powered pumps would, in the long run, reduce farm power subsidies, which had “initially made groundwater irrigation affordable for farmers” but over time depleted aquifers and bankrupted electricity distribution companies to such an extent that they have hard time managing their rural supplies, becoming increasingly irksome for farmers.
Later, in his lecture before experts and activists, Dr Shah said, with the help of solar irrigation pumps, in the “western corridor”, starting from Punjab in the north to Tamil Nadu in the south, “the power grid will be relieved, at one fell swoop, from the deadweight subsidy burden of Rs 35,000 crore per year.”
“Farmers will have access to free, uninterrupted, day-time energy supply for pumping for 6-10 hours daily, more during winter and summer when irrigation is most needed”, Dr Shah said, adding, “Electricity and diesel used in pumping groundwater emits 16-25 million mt/year of carbon, nearly 6 percent of India’s total. Solarization will completely wipe out this carbon footprint.”
However, he points towards a danger: “Solarisation will aggravate the threat of accelerated depletion for western India’s aquifers. By replacing poor quality grid power with top quality day-time free power, solarization will intensify the race to the bottom of the aquifers.”
Dr Shah’s views acquire significance, as they come from an expert who is one of the strongest advocates of rational groundwater utilization for irrigation. He believes, canal irrigation even today has limited possibilities, as it is riddled with poor management and collapsing government department. He thinks, even the river interlinking project of the Government of India for expanding irrigation is “very theoretical”, suggesting it is not practical.
Pointing out “great advantages” of the scheme he has worked out, Dr Shah said, this would set aside the present danger of acquiring huge pieces of land for corporates for putting up solar power plants, as envisaged in the National Solar Mission.
Dr Shah said, solar powered pumps would, in the long run, reduce farm power subsidies, which had “initially made groundwater irrigation affordable for farmers” but over time depleted aquifers and bankrupted electricity distribution companies to such an extent that they have hard time managing their rural supplies, becoming increasingly irksome for farmers.
Later, in his lecture before experts and activists, Dr Shah said, with the help of solar irrigation pumps, in the “western corridor”, starting from Punjab in the north to Tamil Nadu in the south, “the power grid will be relieved, at one fell swoop, from the deadweight subsidy burden of Rs 35,000 crore per year.”
“Farmers will have access to free, uninterrupted, day-time energy supply for pumping for 6-10 hours daily, more during winter and summer when irrigation is most needed”, Dr Shah said, adding, “Electricity and diesel used in pumping groundwater emits 16-25 million mt/year of carbon, nearly 6 percent of India’s total. Solarization will completely wipe out this carbon footprint.”
However, he points towards a danger: “Solarisation will aggravate the threat of accelerated depletion for western India’s aquifers. By replacing poor quality grid power with top quality day-time free power, solarization will intensify the race to the bottom of the aquifers.”
Dr Shah’s views acquire significance, as they come from an expert who is one of the strongest advocates of rational groundwater utilization for irrigation. He believes, canal irrigation even today has limited possibilities, as it is riddled with poor management and collapsing government department. He thinks, even the river interlinking project of the Government of India for expanding irrigation is “very theoretical”, suggesting it is not practical.
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