Energy Efficiency

MAE 494/576
Closed
Arizona State University (ASU)
Tempe, Arizona, United States
Professor and Associate Dean
(4)
5
Timeline
  • September 13, 2021
    Experience start
  • February 11, 2021
    Project topic presentation
  • March 25, 2021
    Project topic presentation #2
  • April 15, 2021
    Final group presentation
  • December 4, 2021
    Experience end
Experience
5/5 project matches
Dates set by experience
Preferred companies
Anywhere
Any
Any industries

Experience scope

Categories
Data analysis Product or service launch
Skills
research and analysis engineering design process data analysis product development
Learner goals and capabilities

Energy Efficiency is a combined senior technical elective and graduate course with primarily mechanical engineering students. The goal is to enable the students to analyze energy-efficiency opportunities in buildings and industrial processes, and to innovate and implement energy efficiency technologies.

Learners

Learners
Graduate
Any level
100 learners
Project
20 hours per learner
Learners self-assign
Teams of 5
Expected outcomes and deliverables

Final presentation that will include the following:

Title & team members

Application (why is this application important for saving energy?)

Proposed concept

Existing (baseline) technology that your concept will replace or improve on

Potential primary energy savings (include summary of calculations)

Potential cost savings & simple payback (include summary of calculations)

Summary

References (be sure to include relevant sources)

Project timeline
  • September 13, 2021
    Experience start
  • February 11, 2021
    Project topic presentation
  • March 25, 2021
    Project topic presentation #2
  • April 15, 2021
    Final group presentation
  • December 4, 2021
    Experience end

Project Examples

Requirements

Recent projects have included the following:

  • Carbon Capture using Heat from Concentrated Solar Power (CSP)
  • Waste Heat Recovery In Foundries Using Thermogalvanic Cells
  • Optimization of Absorption Refrigeration Systems using Manifold Microchannel Heat Exchangers
  • Portable Refrigerator
  • Economics of peak shifting in ToU rate plans using battery storage
  • Reusing Waste Heat for a Water Heater
  • Smart Insulation
  • Improvement In Selection of Refrigerants
  • Magnetic Refrigeration Cycle
  • Numerical Modeling of PCM-Based Room Heating
  • Photovoltaic windows
  • Analysis of multi-stage compressor air conditioner during peak hours
  • Urban Heat Island



Additional company criteria

Companies must answer the following questions to submit a match request to this experience:

  • Q - Checkbox
  • Q - Checkbox
  • Q - Checkbox