Solar-Powered Pumps for Improved Irrigation

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Revision as of 07:45, 31 May 2016 by ***** (***** | *****) (→‎Impact)


Overview

Innovator

''''iDE (International Development Enterprises)


IDE Logo.png

Project

Solar-Powered Pumps for Improved Irrigation

Collaborators

PRACTICA Foundation (Netherlands)
Futurepump Ltd (UK)

Location Applied

Zambia, Nepal, Honduras

Globally, more than 800 million farmers manually lift and haul water to irrigate their farmland. These farmers can drastically decrease their labor and expand their irrigable area by employing motorized pumps. Currently, the most accessible and affordable pump solutions are four to seven horsepower pumps powered by increasingly expensive fossil fuels. Consequently, many farmers are either unable to provide sufficient irrigation to their crops, and/or must allocate a sufficient portion of their income to environmentally-hazardous fossil fuels.





Clean Energy Solution

To increase agricultural productivity, incomes, and livelihoods of smallholder farmers, iDE and its partners have developed a Clean Irrigation Solution that will provide smallholder farmers across the developing world the opportunity to mechanize their farming with zero carbon emissions. The system uses the Sunflower pump, an efficient, versatile, and cost-effective piston pump powered by a PV panel, which is coupled with iDE’s affordable, ultra-low pressure drip irrigation kit to maximize the agricultural output and value of each drop of water pumped.

Technology development is only one component of bringing the Sunflower pump to scale. iDE has identified five key factors needed to bring a Clean Irrigation Solution to scale:

  • Appropriate Technology—iDE is working with the PRACTICA Foundation to develop a low-cost solar pump called the Sunflower pump.
  • Viable Business Plan—iDE is partnering with Futurepump, a private company that will be responsible for the manufacturing and global distribution of the Sunflower pump.
  • Accompanying Finance Model—iDE is identifying finance models to bring down the high upfront costs that currently make the Sunflower pump cost-prohibitive to smallholder farmers.
  • Established Supply Chain—iDE is identifying national and sub-national level retailers to bring the Sunflower pump to different markets. iDE is working through its last-mile distribution network to provide installation and repair services.
  • Marketing and Educational Resources—iDE is developing training manuals for field technicians and using demonstration plots to convey the benefits of the Sunflower pump for smallholder farmers.


Recently, field testing of pumps has been started in Nepal: read more in the Powering Agriculture April 2016 Newsletter.

Locations: Honduras, Nepal, and Zambia



Impact

Maintaining a solar station © iDE

iDE’s goal is to compete with fossil fuel-powered pumps currently on the market, and ultimately shift famers’ preference toward clean energy pumping solutions. This consumer shift would have a remarkable environmental and socio-economic effect on agrarian communities. Using the CIS instead of a fossil fuel engine can reduce annual carbon emissions by as much as 250 kilograms per 1,000 irrigated square meters.[1]

IDE solar-powered pumps © iDE




Organization

iDE has over 30 years’ experience in developing appropriate agricultural products and engaging the private sector to supply these products to smallholder farmers, improving long-standing agricultural practices. This project is implemented in partnership with PRACTICA Foundation (a Dutch organization that has a focus on the commercial application of technology in the field of water and energy), and Futurepump Ltd.(a UK manufacturer of efficient irrigation pumps).[2]


Progress Update

iDE and its partners have established a manufacturing facility in India. Pumps for field testing have been installed in Nepal, Zambia, and Honduras. The feedback from these field tests informed future design iterations to the pump. The field testing sites have become demonstration sites, and iDE is laying the groundwork for sustainable sales and distribution of the pump in these three countries.[1]


Further Information


References

  1. ↑ 1.0 1.1 Powering Agriculture: iDE: https://poweringag.org/innovators/solar-powered-pumps-improved-irrigation
  2. ↑ iDE: http://www.ideorg.org/


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