Automatic control of a 30 MWe SEGS VI parabolic trough plant
T Stuetzle, N Blair, JW Mitchell, WA Beckman - Solar energy, 2004 - Elsevier
T Stuetzle, N Blair, JW Mitchell, WA Beckman
Solar energy, 2004•ElsevierFor the 30 MWe SEGS VI parabolic trough collector plant, one task of a skilled plant operator
is to maintain a specified set point of the collector outlet temperature by adjusting the volume
flow rate of the heat transfer fluid circulating through the collectors. For the development of
next generation SEGS plants and in order to obtain a control algorithm that approximates an
operator's behavior, a linear model predictive controller is developed for use in a plant
model. The plant model is discussed first in this work. The performance of the controller is …
is to maintain a specified set point of the collector outlet temperature by adjusting the volume
flow rate of the heat transfer fluid circulating through the collectors. For the development of
next generation SEGS plants and in order to obtain a control algorithm that approximates an
operator's behavior, a linear model predictive controller is developed for use in a plant
model. The plant model is discussed first in this work. The performance of the controller is …
For the 30 MWe SEGS VI parabolic trough collector plant, one task of a skilled plant operator is to maintain a specified set point of the collector outlet temperature by adjusting the volume flow rate of the heat transfer fluid circulating through the collectors. For the development of next generation SEGS plants and in order to obtain a control algorithm that approximates an operator’s behavior, a linear model predictive controller is developed for use in a plant model. The plant model is discussed first in this work. The performance of the controller is evaluated for a summer and a winter day. The influence of the control on the gross output of the plant is examined as well.
Elsevier
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