CONSIDERATION OF SIMPLE, FUNCTIONAL, AND INTEGRAL BOUNDARY CONDITIONS IN THE OPERATION OF HYDROELECTRIC POWER PLANTS AND THERMAL POWER PLANTS
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Abstract
This article discusses the
optimization of hydroelectric power
plants (HPPs) and thermal power plants
(TPPs) with a focus on the efficient use
of resources and energy consumption.
The study applies simple, functional, and
integral boundary conditions to optimize
short-term energy systems. Specifically,
daily water consumption at HPPs is
modeled considering agricultural irrigation
needs and other agricultural purposes.
The operation schedules of HPPs with
regulated reservoirs are integrated to
minimize fuel consumption at TPPs during
optimal electricity production intervals at
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References
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