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Thermal Storage with Conventional Cooling Systems
Abstract
"Thermal Storage" is a term that describes a mechanical
systems ability to sustain normal HVAC operations
through a thermal retention source. This system allows for
the curtailment of operating major refrigeration equipment
during periods of high kw demand which results in lower
electrical costs. The effectiveness of this 'Thermal Retention
System" is determined by its design characteristics, its
operational efficiency and comparative system analysis.
Today's computer technology has provided the
ability to collect operational data for analysis resulting in
more efficient designs. Since consistency of operation
effects overall efficiency, equipment must provide for
diversity and simplicity.
System Management is a vital component of a
thermal retention system operations. The operational size
of the system only indicates one characteristic of its operation
and or its limits with sound strategies prevailing for
safe and effective operations. The interface between the
HVAC equipment production mode and usage mode of
operation is contingent upon system management.
Conducting system analysis is the paramount function
required to sustain the operational transition from
System Design to System Management. The Planned
Maintenance System provides the foundation necessary to
build a productive analysis program. Once evaluated, HVAC
equipment operating periods can be developed and or
modified to correspond with levels of electrical demand
and consumption.
Citation
McGee, E. E. (1990). Thermal Storage with Conventional Cooling Systems. Energy Systems Laboratory (http://esl.tamu.edu); Texas A&M University (http://www.tamu.edu). Available electronically from https : / /hdl .handle .net /1969 .1 /6613.