(still under development)
-----------------------
Renewable Energy Projects
Solar Decathlon
In February 2001, I worked with seven undergraduate and graduate student in our department to develop a proposal to participate in the 2002 Solar Decathlon, a DOE-sponsored competition among university teams to design, building, and operate a solar-powered home. The project has been an outstanding vehicle for research, teaching, and outreach on zero-energy homes. Those students, and the 100+ others since, have moved on to productive careers in the buildings and renewable energy communities. I continue to serve as faculty advisor for the project.
National Renewable Energy Laboratory
The University of Colorado enjoys a close working relationship with the Department of Energy National Renewable Energy Laboratory (NREL). Within the Building Systems Program, we have worked mostly with the Buildings and Thermal Systems Center. Topics include:
- Zero Energy Buildings
- Low-cost Solar Water Heating
- Village Power Systems
- Concentrating Solar Power Systems
Developing Communities
Renewable energy technologies offer opportunities for more sustainable economic growth in developing communities. Several years ago, I worked with colleagues at Tribhuvan University in Khatmandu to help develop a graduate program in renewable energy engineering for Nepal. The project was supported by US Agency for International Development (USAID) through the Association Liaison Office for University Cooperation in Development (ALO).
---------
Contracts and Grants
This table shows research contracts for which I have been either Principal Investigator or Co-Principal Investigator.
Title |
Source
|
Start
|
Solar Decathlon 2007
|
DOE NREL
|
Jul-06
|
Parabolic Trough Research and Development
|
DOE NREL
|
Jul-06
|
Residential Building Energy Analysis
|
DOE NREL
|
Jan-06
|
Solar Decathlon Support
|
CO OEMC
|
Jul-05
|
Solar Decathlon 2005
|
CU EEF
|
Jun-05
|
Advanced Low Cost Solar Water Heating Systems Extension
|
DOE NREL
|
Aug-04
|
Analysis of Economic Impacts of Varying Technical and Resource Parameters in Renewable and Hybrid Power System Design
|
DOE NREL
|
Mar-04
|
Residential Building Energy Optimization
|
DOE NREL
|
Oct-03
|
Advanced Low Cost Solar Water Heating Systems
|
DOE NREL
|
Oct-03
|
Overheat Protection for Solar Cells
|
DOE NREL
|
Jun-03
|
Scenario Development, Documentation, and Analysis for Homer
|
DOE NREL
|
Jun-03
|
Solar Decathlon Support
|
CO OEMC
|
Jul-02
|
Solar Decathlon Support
|
Xcel Foundation
|
Jul-02
|
Renewable Energy Testbed Development
|
CU EEF
|
Jun-02
|
Analysis Using HOMER Create Sample Files
|
DOE NREL
|
Nov-01
|
Input Data Development and Analysis for HOMER
|
DOE NREL
|
Aug-01
|
Zero Energy Building Cost/Energy Optimization Analysis
|
DOE NREL
|
Jun-01
|
Solar Decathlon Support
|
CU EEF
|
Jun-01
|
Solar Decathlon 2002
|
DOE NREL
|
May-01
|
Curriculum Development for Renewable Energy Technologies in Nepal
|
USAID ALO
|
Sep-00
|
Thermodynamic and Electrical System Analysis and Design
|
DOE NREL
|
Jul-99
|
Natural Convection Loops Providing Overheat Protection in Flat-Plate Collector and Integral Collector Storage Solar Water Heating Systems
|
DOE NREL
|
Jun-99
|
Wind Energy Ice-Making
|
DOE NREL
|
Oct-93
|
---------
|