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Farmers in many states, where electricity supply for agriculture comes only at night, have to face the cold weather and wild animals when they irrigate their farms at night.
The electricity is important to power pump sets which have become an integral part of the agricultural system.
A recent Rajasthan-based study claims that the state and country can save a significant amount on the infrastructure required for future energy needs by turning to solar energy.
When the plunging mercury set new records in the Ganganagar district of Rajasthan and people shivered even in their warm quilts, Satveer Singh, a 50-year-old farmer from Mohanpura village, had to visit his wheat field late at night to irrigate the crop. The reason, he argues, is electricity supply which usually comes at night for agricultural work.
Singh says that many people in the village have lost their lives due to snakebites and other such accidents when they stepped out at night for irrigating their fields.
“My pain is nothing compared to those fellows,” he says. He hopes the government will understand their pain and provide electricity (for agriculture) in the daytime.
It is not an isolated demand.
In the latest Rajasthan state budget, Chief Minister Ashok Gehlot admitted that the farmers are facing trouble as they are forced to irrigate their farmlands during the night. He promised to provide relief.
But this problem is not limited to Rajasthan and not only because of the cold weather. The presence of wild animals when the farmers move out at night, also puts their lives at stake.
It happened after a fatal incident due to a leopard attack. Karnataka has been discussing the issue and planning to provide electricity to farmers in the daytime instead of night.
Similarly, in the Vidarbha region of Maharashtra, many districts only get power supply at night. The state, in 2020, announced that it would supply eight hours of power to farmers during the daytime.
Launched in 2020, the scheme Kisan Suryoday Yojna had a target of providing power supply targeted to agriculture to some 18,000 villages of the state by the end of 2022.
Since Independence, India has seen several changes in all aspects of life. The change is also visible in agriculture, where the sector has become dependent on groundwater for irrigation.
A recent study by the Delhi-based Centre for Science and Environment says, “Nearly 90% of India’s total groundwater draft during a given year is used to irrigate 70% of the country’s total irrigated land area. The number of electric pumps increased exponentially to over 21 million.”
The agriculture sector in India consumes a significant portion of the total energy consumed in the country. In 2020-21, the agriculture sector consumed 18% of 12,27,000 GWh (Gigawatt hour).
Another Delhi-based think tank, The Energy and Resource Institute (TERI), predicts that the electricity demand may reach 307 billion units in 2030.
Chairman of All India Power Engineers Federation, Shailendra Dubey says that the agriculture sector requires a significant amount of electricity.
The agriculture sector gets electricity during the night to maintain the transmission load factor. Generally, the agriculture-related power supply is planned in two shifts. He added that half of the villages get electricity during the daytime and half at night.
Since renewable has become dominant in energy-related narratives in the country, it has offered new hope to millions of farmers who are termed the backbone of the country.
When the entire country is planning an energy transition, it offers another hope for farmers as a 2022 study predicts that moving the energy-related demand of the agricultural sector to daytime hours will drastically reduce the cost of the power sector.
Saying that this shift will save transition costs, the report Opportunities for Renewable Energy, Storage, Vehicle Electrification, and Demand Response in Rajasthan’s Power Sector advocates the same.
The report published by National Renewable Energy Laboratory (NREL) says, “Shifting agricultural load may allow an opportunity to provide more reliable electricity supply while maximising the use of the abundant in-state solar resources.”
When demand gets shifted to sunlight hours, less energy storage capacity and thermal capacity are needed to provide energy during evening hours. Unexpectedly, there is also less solar capacity built in the long term. This is because excess solar energy is used to charge storage.
When evening demand is shifted, the study claims that less energy is needed to charge storage, and thus less overall solar capacity is needed to serve demand.
Somit Dasgupta, a senior visiting fellow at the International Council for Research on International Economic Relations (ICRIER) says that it will certainly be helpful to the distribution companies as evening and morning are usually the peak times in most states.
Though the weather has a big role to play when it comes to solar, it can reduce the power purchase costs of discoms (distribution companies), and they can reduce their losses as such costs at peak times are maximum than non-peak hours, he adds.
When you take solar power through decentralised route, you also save on transmission and distribution losses, which are very high in the grid. If you use a pump with solar and what you are generating and giving the same to the grid, you will also have the benefit of selling the surplus solar, he adds.
If we shift to the daytime (solar peak hours), we can utilise the maximum amount of solar energy going into the grid. So, this will also ensure that we can reduce the load on fossil fuels and less dependency on the need for extra battery storage systems, adds Dasgupta.
(This article was originally published at Mongabay. It has been republished here with permission.)
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