Abstract: An optimal climate control has been designed for a solar greenhouse to achieve optimal crop production with sustainable instead of fossil energy. The solar greenhouse extends a conventional greenhouse with an improved roof cover, ventilation with heat recovery, a heat pump, a heat exchanger and an aquifer. It was found that in the optimal controlled solar greenhouse, gas use can be seriously reduced (by 52%), while the crop production is significantly increased (by 39%), as compared to an optimal controlled conventional greenhouse without the solar greenhouse elements
Abstract: A survey is presented of the literature on greenhouse climate control, positioning the var...
Optimized control strategies for carbon dioxide (CO2) enrichment of greenhouse tomato crops using CO...
In a modern greenhouse there are a number of alternative systems that can be deployed to control the...
Abstract: An optimal climate control has been designed for a solar greenhouse to achieve optimal cro...
A solar greenhouse has been designed that maximizes solar energy use and minimizes fossil energy con...
The research of this thesis was part of a larger project aiming at the design of a greenhouse and an...
A solar greenhouse has been designed that maximizes solar energy use and minimizes fossil energy con...
A solar greenhouse has been designed that maximizes solar energy use and minimizes fossil energy con...
Saving energy in greenhouses is an important issue for growers. Here, we present a method to minimiz...
The objective of this paper is to demonstrate that optimal greenhouse design must account for (and b...
Features Discusses economic optimization of greenhouse control through mathematical modeling Examine...
A method to improve the efficiency of greenhouse climate control based on the framework of optimal c...
Because the cost of operation in modern, sophisticated greenhouses is high, optimal use of their pot...
In greenhouse horticulture, energy costs form an increasingly larger part of the total production co...
AbstractA solarium/greenhouse attached to a building can provide many benefits, such as collecting s...
Abstract: A survey is presented of the literature on greenhouse climate control, positioning the var...
Optimized control strategies for carbon dioxide (CO2) enrichment of greenhouse tomato crops using CO...
In a modern greenhouse there are a number of alternative systems that can be deployed to control the...
Abstract: An optimal climate control has been designed for a solar greenhouse to achieve optimal cro...
A solar greenhouse has been designed that maximizes solar energy use and minimizes fossil energy con...
The research of this thesis was part of a larger project aiming at the design of a greenhouse and an...
A solar greenhouse has been designed that maximizes solar energy use and minimizes fossil energy con...
A solar greenhouse has been designed that maximizes solar energy use and minimizes fossil energy con...
Saving energy in greenhouses is an important issue for growers. Here, we present a method to minimiz...
The objective of this paper is to demonstrate that optimal greenhouse design must account for (and b...
Features Discusses economic optimization of greenhouse control through mathematical modeling Examine...
A method to improve the efficiency of greenhouse climate control based on the framework of optimal c...
Because the cost of operation in modern, sophisticated greenhouses is high, optimal use of their pot...
In greenhouse horticulture, energy costs form an increasingly larger part of the total production co...
AbstractA solarium/greenhouse attached to a building can provide many benefits, such as collecting s...
Abstract: A survey is presented of the literature on greenhouse climate control, positioning the var...
Optimized control strategies for carbon dioxide (CO2) enrichment of greenhouse tomato crops using CO...
In a modern greenhouse there are a number of alternative systems that can be deployed to control the...