Easy Hydro collaborates in international research to maximize energy recovery from irrigation pipe networks

Easy Hydro has collaborated in an international research investigation together with members of the University of Naples (Italy), University of Cordoba (Spain) and Trinity College Dublin (Ireland).

Easy Hydro has collaborated in an international research investigation together with members of the University of Naples (Italy), University of Cordoba (Spain) and Trinity College Dublin (Ireland). The research explored optimal locations for the selection of Pumps As turbines (PATs) to recover energy within branched pressurized networks.

New mixed integer non-linear models were developed and a global optimization solver employed. These methods were then applied to a case-study network located in Andalusia in Southern Spain. Among the whole pipe system distributed across 2691 ha, the optimal solution consisted of 5 PATs capable of producing around 289 MWh per year (despite the seasonal nature of the irrigation).

Plant curve: trend of the total head drop versus the total discharge within the branches selected for pumps as turbines installation.

This research reflects the commitment of Easy Hydro towards innovation and towards sustainable energy solutions enhancing the energy efficiency of water-intensive sectors.

The paper, titled “Exploring the optimal location of pumps as turbines within branched irrigation networks by global optimization”, is available at the link: https://agupubs.onlinelibrary.wiley.com/doi/abs/10.1029/2022WR033317

Share the Article:

Related Articles

Easy Hydro recently exhibited at the first edition of IFAT Saudi Arabia, the event bringing together companies and innovations in the water, wastewater, and environmental sectors. Taking place during three days, the show provided a great opportunity to connect with...

We are thrilled to present our new modular solution designed specifically for off-grid and battery-charging applications! Built to deliver reliable and clean energy in remote locations, this compact turbine turns water pressure into dependable electricity without any connection to the...

Stay Tuned

Subscribe to receive updates on new projects, innovations, and insights into sustainable hydropower.