Demand modelling of power demand for irrigation

Year: 2017 – 2022
Team: Namita Sawant (PhD)

This work develops a demand model for power consumption for irrigation based on cropping and irrigation practices. The model is based on a published methodology linking energy and water usage to crops. The model was tested against 7 feeders. Figure 1 illustrates the fortnightly model output and the energy consumption data for one feeder, along with the cropwise split.

The model was built into a software module called 'Energy Estimation tool' to estimate the minimum Distribution Transformer (DT) capacity required in a village. The tool was implemented in 10 villages through the official processes of the Department of Agriculture.

The tool is a decision support system, allowing institutional resource governance. It develops protocols to build an important dataset including agroclimatic conditions, technical information, and farmer irrigation practices.

Fortnightly model output and energy consumption data with cropwise split
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