Implementation and Results From a Steady State Vapor Pressure Deficit Crop to Air Controller

C. A. Mach; R. S. Gates; D. G. Colliver; J. W. Buxton; R. G. Anderson

Implementation and Results From a Steady State Vapor Pressure Deficit Crop to Air Controller

C. A. Mach, R. S. Gates, D. G. Colliver, J. W. Buxton, R. G. Anderson

Research output: Contribution to conference › Paper › peer-review

1 Scopus citations

Abstract

A crop to air Vapor Pressure Deficit (VPD_crop-air) control algorithm was developed from analysis of energy balances on bedding plants in a sunlit plant growth chamber (SPGC). The control algorithm was implemented in the SPGC, using a computer control interface, and programmed algorithm. System tests were conducted to determine the performance of individual control components, and the dynamic response of the system. The completed VPD _crop-air control algorithm was run for several days at typical ambient conditions. Results from these full system tests were analyzed. Algorithm performance, possible improvements and future work is discussed.

Original language	English
Pages	4475-4499
Number of pages	25
State	Published - 2000
Event	2000 ASAE Annual International Meeting, Technical Papers: Engineering Solutions for a New Century - Milwaukee, WI., United States Duration: Jul 9 2000 → Jul 12 2000

Conference

Conference	2000 ASAE Annual International Meeting, Technical Papers: Engineering Solutions for a New Century
Country/Territory	United States
City	Milwaukee, WI.
Period	7/9/00 → 7/12/00

Keywords

Control Algorithm
Energy Balances
System Performance
Vapor pressure deficit control

ASJC Scopus subject areas

General Engineering

Cite this

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title = "Implementation and Results From a Steady State Vapor Pressure Deficit Crop to Air Controller",

abstract = "A crop to air Vapor Pressure Deficit (VPDcrop-air) control algorithm was developed from analysis of energy balances on bedding plants in a sunlit plant growth chamber (SPGC). The control algorithm was implemented in the SPGC, using a computer control interface, and programmed algorithm. System tests were conducted to determine the performance of individual control components, and the dynamic response of the system. The completed VPD crop-air control algorithm was run for several days at typical ambient conditions. Results from these full system tests were analyzed. Algorithm performance, possible improvements and future work is discussed.",

keywords = "Control Algorithm, Energy Balances, System Performance, Vapor pressure deficit control",

author = "Mach, {C. A.} and Gates, {R. S.} and Colliver, {D. G.} and Buxton, {J. W.} and Anderson, {R. G.}",

year = "2000",

language = "English",

pages = "4475--4499",

note = "2000 ASAE Annual International Meeting, Technical Papers: Engineering Solutions for a New Century ; Conference date: 09-07-2000 Through 12-07-2000",

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Implementation and Results From a Steady State Vapor Pressure Deficit Crop to Air Controller. / Mach, C. A.; Gates, R. S.; Colliver, D. G. et al.
2000. 4475-4499 Paper presented at 2000 ASAE Annual International Meeting, Technical Papers: Engineering Solutions for a New Century, Milwaukee, WI., United States.

Research output: Contribution to conference › Paper › peer-review

TY - CONF

T1 - Implementation and Results From a Steady State Vapor Pressure Deficit Crop to Air Controller

AU - Mach, C. A.

AU - Gates, R. S.

AU - Colliver, D. G.

AU - Buxton, J. W.

AU - Anderson, R. G.

PY - 2000

Y1 - 2000

N2 - A crop to air Vapor Pressure Deficit (VPDcrop-air) control algorithm was developed from analysis of energy balances on bedding plants in a sunlit plant growth chamber (SPGC). The control algorithm was implemented in the SPGC, using a computer control interface, and programmed algorithm. System tests were conducted to determine the performance of individual control components, and the dynamic response of the system. The completed VPD crop-air control algorithm was run for several days at typical ambient conditions. Results from these full system tests were analyzed. Algorithm performance, possible improvements and future work is discussed.

AB - A crop to air Vapor Pressure Deficit (VPDcrop-air) control algorithm was developed from analysis of energy balances on bedding plants in a sunlit plant growth chamber (SPGC). The control algorithm was implemented in the SPGC, using a computer control interface, and programmed algorithm. System tests were conducted to determine the performance of individual control components, and the dynamic response of the system. The completed VPD crop-air control algorithm was run for several days at typical ambient conditions. Results from these full system tests were analyzed. Algorithm performance, possible improvements and future work is discussed.

KW - Control Algorithm

KW - Energy Balances

KW - System Performance

KW - Vapor pressure deficit control

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T2 - 2000 ASAE Annual International Meeting, Technical Papers: Engineering Solutions for a New Century

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ER -

Implementation and Results From a Steady State Vapor Pressure Deficit Crop to Air Controller

Abstract

Conference

Keywords

ASJC Scopus subject areas

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