Combined Heat and Power Systems in University Environment
DOI:
https://doi.org/10.13052/dgaej2156-3306.2544Keywords:
CHP, building sector, university central plant, district heat- ing, power reliabilityAbstract
Combined heat and power (CHP) technology is still underutilized
in the building sector due to the concern of insufficient economic returns
related to the seasonal heating and cooling loads and the initial costs of
installing these applications. In order to justify the use of CHP systems,
the thermal energy created has to be used in a fashion that is favorable
to the building’s environment. The thermal load is used for heating, hot
water, and thermal-driven cooling and humidity controls. This includes a
variety of CHP technologies along with absorption chillers or desiccant
dehumidification systems.
This article provides a summary on some of the CHP installations
in university environment. The constant influence of changing technolo-
gies and higher utility rates has forced universities and colleges to make
energy management improvements. The literature survey on these uni-
versities is not vast because the new and improved systems are still in
their beginning years and have not established concrete success stories.
They have, however, shown enormous decreases in consumption and
begun to establish very profitable returns on their investments.
Downloads
References
Anderson, Rob. “LSU’s New Cogeneration Plant to Provide Power, Savings for
University.” LSU News. http://www.lsu.com/unv002.nsf/(NoteID)/3B263171FF
A63B86256F8D006B28D1?OpenDocument (accessed July 20, 2010.)[2] C h i l t o n ,
Chris. 2004. “Utility Master Planning at Universities Ensure a Strong Future.”
Energy and Power Management. p 67-69.
Cuttica, John and Fiskum, Ron. “Cooling, Heating, and Power (CHP) Revolution
at UIC.” Engineered Systems. 18.12 (2001): 117-121.
Cuttica, John and Worek, William M. 2002. “University Combined Heat and Power
(CHP) Systems: Exploring Technical, Financial, and Environmental Solutions.”
ASHRAE Transactions, Symposium, v 108, n 2, p 655-659.
Dickerman, Robert N. 2002. “A New Curriculum: Energy Outsourcing Brings Cost
and Energy Benefits.” College Planning and Management, v 5, n 1, p 76-78.
Environmental Protection Agency (EPA). Case Study: Louisiana State University &
Sempra Energy Services. http://www.chpcentermw.org/pdfs/030107_UW_Madi-
son_Handout.pdf (accessed July 20, 2010.)
GE Energy. “GE Energy to Supply LM2000 Aeroderivative Gas Turbine to
Louisiana State University.” http://www.gepower.com/about/press/en/2005_
press/050205.htm (accessed July 20, 2010.)
Hinrichs, Douglas, Ray McGowan, and Susan Conbere. 2001. “Integrated CHP:
Offers Efficiency Gains to Building Market.” Energy User News. October. p 6-10
International District Energy Association (IDEA). “Cooling, Heating, and Power
in the Nation’s Colleges and Universities: Report for Oak Ridge National Labo-
ratory and United States Department of Energy.” http://www1.eere.energy.gov/
industry/distributedenergy/pdfs/chp_univ_survey.pdf (accessed July 20, 2010.)
Kollie, Ellen. “Understanding the Facility Assessment Process.” http://www.
peterli.com/archive/cpm/899.shtm (accessed July 20, 2010.)
Midwest Cogeneration Association. “MCA Second Place 2001 Award Winner: Uni-
versity of Illinois at Chicago.” http://www.cogeneration.org/awards/uichicago.
html (accessed July 20, 2010.)
Midwest CHP Application Center. 2001. “University of Illinois Chicago: Cooling,
Heating, and Power Facility (CHP)” Fact Sheet (MAC #2001-001). p 1-3.

