Abstract

Generation of electricity using solar PV is picking up in India in a big way in recent years. It needs a clear direction such that it can optimally be utilized and the benefits, without being concentrated in a few locations, can reach the majority of poor population as well. Indian farmers, for the last few decades are affected in terms of availability of electrical power. The present study suggests the use of fertile and cultivated land with about 5 m elevated structure with solar panels. It creates shade on the crops. In the present study, the shade effect on the crops below the structure has been examined systematically through modeling studies. Different solar panel design configurations are suggested such that the crops or plants below, on the ground surface, can also be grown without any reduction in their yield. The effect of the elevated structure on the neighboring lands is also examined. It is shown that the present concept can easily be implemented in India, perhaps in the world, at all the locations such that power can be generated using farmer’s own land for his own benefit, perhaps with some profit to him. The present concept, if implemented, also reduces the huge cost involved in establishing the network of transmission and distribution lines.

Highlights

  • Among different forms of renewable energy, solar PV is growing at a very high rate of 30% - 40%

  • Through m odeling s tudies, itiss hown here t hat s olar panels e levated a t 5 m he ight a bove t he c ultivated l and with 7 .6, 1 1.4 m pi tch va lues a nd a lso t he s olar panels arranged like chess board pattern with air gaps b etween the set of solar panels are more suitable

  • Farmer is the most beneficiary as he will be using his land for dual purpose, namely, to continue th e c ultivation nor mally o n th e gr ound s urface and use his land to generate power that can be used by him for motor pumps to get water for the crops

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Summary

Introduction

Among different forms of renewable energy, solar PV is growing at a very high rate of 30% - 40%. If India decides to grow 9% GDP f or t he n ext 20 y ears, t hen t he el ectrical power needs to be increased from the present generation of 212 GW to 1207 GW by the year 2031. This is nearly 5.7 times more electricity of present day generation. In order t o reach t he t arget o f 1207 GW of power by the year 2031, one needs to generate 838 GW from non-renewable sources and 371 GW from r enewable s ources.

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