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Utility System Simulation: A Nonlinear Approach
Abstract
Computer simulation of plant utility systems allows an
engineer to rapidly 1) analyze operation changes, 2) analyze
design changes, and 3) optimize the steam/electric system
for the lowest operating cost. MESA (Modular Energy
System Analyzer) is a PC-based computer program that can
be configured to accurately simulate plant utility systems.
MESA uses a modular modeling approach whereby the
engineer "builds a specific plant model by arranging
modules (boilers, turbines, deaerators, etc.) in a pattern that
reflects the actual geographical location of the existing
utility equipment. The computer prompts the engineer for
specific information about each module. The interaction
between modules is not required. A powerhouse with four boilers, four turbine generators, one gas turbine, and three
pressure levels plus all auxiliary equipment can be modeled
in less than four hours.
MESA has been licensed commercially since 1982 and is
in use at many of this country's largest industrial plants.
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Citation
Delk, S. R. (1988). Utility System Simulation: A Nonlinear Approach. Energy Systems Laboratory (http://esl.eslwin.tamu.edu). Available electronically from https : / /hdl .handle .net /1969 .1 /92371.