Most popular articles
Everything About Peaches. Clemson University Cooperative Extension Service Everything About Peaches Website: whether you are a professional or backyard peach...
Mission Statement. For the sake of mankind and the world as a whole a further increase of the sustainability...
Newsletter 9: July 2013 - Temperate Fruits in the Tropics and Subtropics. Download your copy of the Working Group Temperate...
USA Walnut varieties. The Walnut Germplasm Collection of the University of California, Davis (USA). A description of the Collection and a History...
China Walnut varieties.

Articles

MODEL PREDICTIONS AND CONTROL OF CONDITIONS IN A CA-REEFER CONTAINER

Article number
600_20
Pages
163 – 171
Language
English
Abstract
In this paper a concept for energy saving for refrigerated container transport is presented.
The concept is based on model-predictive control of the set points of the cooling unit.
These models predict energy consumption of the cooling unit, climatic conditions inside the cargo space, and the change in product quality.
The objective of the control is to minimize energy consumption while retaining a certain level of product quality.
After presenting the concept of the model-predictive control the predictive power of the models used are shown.
These models show that we are able to predict energy consumption, temperature, humidity and gas conditions quite accurately.
Furthermore, an indication is given for the quality change model to be employed.
The impact of the novel control is shown by simulation of a transport of apples.

Publication
Authors
R.G.M. van der Sman, G.J.C. Verdijck
Keywords
Product, Quality, Energy savings, Climate Control, Container transport
Full text
Online Articles (132)
A. Klieber | A. Bagnato | R. Barrett | M. Sedgley
C. Chervin | L. Brouard | P. Westercamp | N. Thieffry | G. Frémondière | C. Casier | C. Larrigaudiere
I.A. Stephens | D.M. Holcroft | G. Jacobs
P. Zapotoczny | M. Markowski | K. Majewska
J.A. Tudela | R. Villaescusa | F. Artés-Hdez | F. Artés
R.N. Markarian | C. Vigneault | B. Goyette | Y. Gariepy
J. Streif | A.A. Saquet | H. Xuan
J.R. DeEll | D.P. Murr | L. Wiley | M.D. Porteous
W. Schotsmans | B.E. Verlinden | P.T. Jancsók | J. Lammertyn | B.M. Nicolaï
J. Lammertyn | B.E. Verlinden | C. Franck | W. Schotsmans | N. Scheerlinck | B.M. Nicolaï | T. Dresselaers | P. Van Hecke | M. Wevers | P. Jancsók
J. Song | L. Fan | C.F. Forney | M.A. Jordan | P.D. Hildebrand | W. Kalt | D.A.J. Ryan
E.M. Martin | I.J. Crouch | D.M. Holcroft
R. Schouten | M. Costa | O. van Kooten
S. Vieira | M.M. Sapata | M.B. Sousa | M.M. Martins | M.L. Beirão da Costa | L. Andrada | M. Candeias
M. Desmet | B.E. Verlinden | J. Lammertyn | B.M. Nicolaï
H.R. Timmer | J. Budding | H.H.J. van Ooijen | L.J.S. Lukasse
B.M. Nicolaï | B.E. Verlinden | J. De Baerdemaeker | J. Lammertyn
J.W. Johnston | E.W. Hewett | M.L.T.A.M. Hertog
E. Aguayo | V.H. Escalona | F. Artés
A.A. van der Sluis | M. Dekker | W.M.F. Jongen | A. de Jager
H. Opatová | R. Ševčík | M. Dufková | R. Prodĕlal
F. Devlieghere | L. Jacxsens | M. Serna Tatay | J. Debevere | J. Meirlaen | P. Vanrolleghem
B.E. Verlinden | J. Lammertyn | E. Vanstreels | N. Gillis | B.M. Nicolaï
S.M. Mousavi | M.A. Mohammadifar | R. Sotudeh | S. Desobry
E.M. Beltrán | R. Miralles de Imperial | M.A. Porcel | M.M. Delgado | J. García | M. Bigeriego
E.J. Mitcham | T. Lee | A. Martin | S. Zhou | A.A. Kader
S. Remón | P. Marquina | J.M. Peiró | R. Oria