An experimental study of minimum-time optimal high pressure gas storage system recharging.

An experimental study of minimum-time optimal high pressure gas storage system recharging.

This work describes the implementation and experimental application of a nonlinear optimal control strategy for recharging gas storage tank systems from a high pressure source. The objective of the open-loop optimal control strategy presented here is to refill a high pressure gas storage tank in min...

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Main Authors: Witmer, Amanda., Muske, Kenneth., Weinstein, Randy., Simeone, Michael.
Format: Villanova Faculty Authorship
Language:English
Published: 2007
Online Access:http://ezproxy.villanova.edu/login?url=https://digital.library.villanova.edu/Item/vudl:179143
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spelling An experimental study of minimum-time optimal high pressure gas storage system recharging.
Witmer, Amanda.
Muske, Kenneth.
Weinstein, Randy.
Simeone, Michael.
This work describes the implementation and experimental application of a nonlinear optimal control strategy for recharging gas storage tank systems from a high pressure source. The objective of the open-loop optimal control strategy presented here is to refill a high pressure gas storage tank in minimum time with a specified quantity of gas subject to pressure and temperature constraints. The nonlinearity in the system model arises from the non-ideal thermodynamic behavior of the gas at the high operating pressures under consideration. The control strategy is illustrated using an experimental carbon dioxide recharging system. We choose this system because there are significant deviations from ideal behavior at relatively low pressure.
2007
Villanova Faculty Authorship
vudl:179143
Proceedings of the American Control Conference, 2007, pg 1365-1370.
en
dc.title_txt_mv An experimental study of minimum-time optimal high pressure gas storage system recharging.
dc.creator_txt_mv Witmer, Amanda.
Muske, Kenneth.
Weinstein, Randy.
Simeone, Michael.
dc.description_txt_mv This work describes the implementation and experimental application of a nonlinear optimal control strategy for recharging gas storage tank systems from a high pressure source. The objective of the open-loop optimal control strategy presented here is to refill a high pressure gas storage tank in minimum time with a specified quantity of gas subject to pressure and temperature constraints. The nonlinearity in the system model arises from the non-ideal thermodynamic behavior of the gas at the high operating pressures under consideration. The control strategy is illustrated using an experimental carbon dioxide recharging system. We choose this system because there are significant deviations from ideal behavior at relatively low pressure.
dc.date_txt_mv 2007
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dc.source_txt_mv Proceedings of the American Control Conference, 2007, pg 1365-1370.
dc.language_txt_mv en
author Witmer, Amanda.
Muske, Kenneth.
Weinstein, Randy.
Simeone, Michael.
spellingShingle Witmer, Amanda.
Muske, Kenneth.
Weinstein, Randy.
Simeone, Michael.
An experimental study of minimum-time optimal high pressure gas storage system recharging.
author_facet Witmer, Amanda.
Muske, Kenneth.
Weinstein, Randy.
Simeone, Michael.
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dc_date_str 2007
dc_title_str An experimental study of minimum-time optimal high pressure gas storage system recharging.
description This work describes the implementation and experimental application of a nonlinear optimal control strategy for recharging gas storage tank systems from a high pressure source. The objective of the open-loop optimal control strategy presented here is to refill a high pressure gas storage tank in minimum time with a specified quantity of gas subject to pressure and temperature constraints. The nonlinearity in the system model arises from the non-ideal thermodynamic behavior of the gas at the high operating pressures under consideration. The control strategy is illustrated using an experimental carbon dioxide recharging system. We choose this system because there are significant deviations from ideal behavior at relatively low pressure.
title An experimental study of minimum-time optimal high pressure gas storage system recharging.
title_full An experimental study of minimum-time optimal high pressure gas storage system recharging.
title_fullStr An experimental study of minimum-time optimal high pressure gas storage system recharging.
title_full_unstemmed An experimental study of minimum-time optimal high pressure gas storage system recharging.
title_short An experimental study of minimum-time optimal high pressure gas storage system recharging.
title_sort experimental study of minimum-time optimal high pressure gas storage system recharging.
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