Pumped Energy Storage System

NAU CENE 486C, FALL 2018

About the project

The goal of this project is to design an energy storage system for a Wind turbine generating facility located in Kingman, AZ, USA. The purpose of the system is to store excess renewable energy generated by the wind turbine facility, so it can be used at a later time.

What is Pumped Energy Storage?

A method that stores energy using elevated reservoirs of water.

During high electrical demand, water is released through turbines to produce water. When electric power is in surplus, water is pumped from a lower reservoir to a higher elevation.

To help illustrate the concept, click on the video below for a simulated demonstration

How is this Useful?

Pumped storage smooths out the energy supply from a highly variable source. When the demand for energy is low and wind speeds are high, the wind turbines don't need to be shut down because the energy will be stored. It creates a reliable source of renewable energy.

Project Documentation for CENE 476 and CENE 486

For information on CENE 476, select tabs 1-5 below.

For information on CENE 486, select tabs 6-14 below.

The Team

Who we are

Bridget Bero, PhD, PE

Client, Grader

Jeff Heiderscheidt, PH.D

Technical Advisor

Francis Cruz

Major: Electrical Engineering
Position: Project Manager, Project Engineer

Adias Fostino

Major: Environmental Engineering
Position: Project Manager, Project Engineer

Philip Neumann

Major: Civil Engineering Major
Position: Project Manager, Project Engineer

Richard Peterson

Major: Environmental Engineering
Position: Project Manager, Project Engineer

Jacob Sanders

Major: Civil Engineering
Position: Project Manager, Project Engineer, Technician

Northern Arizona University
Engineering Building

2112 S Huffer Ln,
Flagstaff, AZ, 86011

Call

928-523-5231

Email us

fjc27@nau.edu
amf454@nau.edu
pn94@nau.edu
rvp8@ nau.edu
jcs483@nau.edu