Integrated optimization of temperature, CO2, screen use and artificial lighting in greenhouse crops

J.M. Aaslyng; O. Körner; A.U. Andreassen; J.B. Lund; J.S. Petersen; Carl-Otto Ottosen; E. Rosenqvist

Integrated optimization of temperature, CO2, screen use and artificial lighting in greenhouse crops

J.M. Aaslyng, O. Körner, A.U. Andreassen, J.B. Lund, J.S. Petersen, Carl-Otto Ottosen, E. Rosenqvist

Research output: Contribution to journal/Conference contribution in journal/Contribution to newspaper › Conference abstract in journal › Research

Abstract

A leaf photosynthesis model is suggested for integrated optimization of temperature, CO₂, screen use and artificial lighting in greenhouse crops. Three different approaches for the optimization are presented. First, results from greenhouse experiments with model based optimization are presented. Second, a model-based analysis of a commercial grower's production possibility is shown. Third, results from a simulation of the effect of a new lighting strategy are demonstrated. The results demonstrate that it is possible to optimize plant production by using a model-based integrated optimization of temperature, CO₂, and light in the greenhouse

Original language	English
Book series	Acta Horticulturae
Issue	711
ISSN	0567-7572
Publication status	Published - 2005
Event	Integrated optimization of temperature, CO2, screen use and artificial lighting in greenhouse crops - Duration: 18 Dec 2010 → …

Conference

Conference	Integrated optimization of temperature, CO2, screen use and artificial lighting in greenhouse crops
Period	18/12/2010 → …

Cite this

@article{28f9621005c511dbaa3e000ea68e967b,

title = "Integrated optimization of temperature, CO2, screen use and artificial lighting in greenhouse crops",

abstract = "A leaf photosynthesis model is suggested for integrated optimization of temperature, CO2, screen use and artificial lighting in greenhouse crops. Three different approaches for the optimization are presented. First, results from greenhouse experiments with model based optimization are presented. Second, a model-based analysis of a commercial grower's production possibility is shown. Third, results from a simulation of the effect of a new lighting strategy are demonstrated. The results demonstrate that it is possible to optimize plant production by using a model-based integrated optimization of temperature, CO2, and light in the greenhouse",

author = "J.M. Aaslyng and O. K{\"o}rner and A.U. Andreassen and J.B. Lund and J.S. Petersen and Carl-Otto Ottosen and E. Rosenqvist",

year = "2005",

language = "English",

journal = "Acta Horticulturae",

issn = "0567-7572",

publisher = "International Society for Horticultural Science",

number = "711",

note = "Integrated optimization of temperature, CO2, screen use and artificial lighting in greenhouse crops ; Conference date: 18-12-2010",

}

TY - ABST

T1 - Integrated optimization of temperature, CO2, screen use and artificial lighting in greenhouse crops

AU - Aaslyng, J.M.

AU - Körner, O.

AU - Andreassen, A.U.

AU - Lund, J.B.

AU - Petersen, J.S.

AU - Ottosen, Carl-Otto

AU - Rosenqvist, E.

PY - 2005

Y1 - 2005

N2 - A leaf photosynthesis model is suggested for integrated optimization of temperature, CO2, screen use and artificial lighting in greenhouse crops. Three different approaches for the optimization are presented. First, results from greenhouse experiments with model based optimization are presented. Second, a model-based analysis of a commercial grower's production possibility is shown. Third, results from a simulation of the effect of a new lighting strategy are demonstrated. The results demonstrate that it is possible to optimize plant production by using a model-based integrated optimization of temperature, CO2, and light in the greenhouse

AB - A leaf photosynthesis model is suggested for integrated optimization of temperature, CO2, screen use and artificial lighting in greenhouse crops. Three different approaches for the optimization are presented. First, results from greenhouse experiments with model based optimization are presented. Second, a model-based analysis of a commercial grower's production possibility is shown. Third, results from a simulation of the effect of a new lighting strategy are demonstrated. The results demonstrate that it is possible to optimize plant production by using a model-based integrated optimization of temperature, CO2, and light in the greenhouse

M3 - Conference abstract in journal

SN - 0567-7572

JO - Acta Horticulturae

JF - Acta Horticulturae

IS - 711

T2 - Integrated optimization of temperature, CO2, screen use and artificial lighting in greenhouse crops

Y2 - 18 December 2010

ER -