Sponsored by: Andean Alliance for Sustainable Development
Project Summary
Farmers in the Andes face increasing water shortages which dramatically affect their crop yields and ability to earn a living. A solar water pump can be used in a variety of scenarios to help move water from natural sources to where it is needed for agricultural use. The use of solar power is particularly advantageous for those farming communities that do not have access to stable electricity.
Design Goal
This project aims to develop a culturally appropriate, low cost solution to pump water using solar energy, from natural and manmade sources to points of need in the Andes in Peru. Additionally, a software will be developed to assist in site specific analysis and planning.
Design Constraints
- Culturally appropriate to local farmers
- Low cost
- Safe and simple construction, set-up, and use by Andean Farmers
- Easy to transport
- Off-grid energy capture and storage sufficient to power water pump
- Theft prevention
- Made of durable materials for the climate conditions
- Able to be completely constructed and repaired in the Sacred Valley
A river valley in the Andes Mountains near Cusco, Peru
Members of the Project Team
Student Team:
- Andrew Theisen - Major: Mechanical Engineering
- Jorge Monfil Jr. - Major: Mechanical Engineering
- Julia Lindell - Major: Electrical Engineering
- Jack Thibault - Major: Mechanical Engineering
- Drew Eid - Major: Mechanical Engineering
Industry Representative: Aaron Ebner
Faculty Advisor: Andy Tubesing
Pictured left to right: Andrew Theisen, Jorge Monfil Jr., Julia Lindell, Jack Thibault, Drew Eid