Intensive use of screens is an important part of what’s called the ‘Next Generation Greenhouse Cultivation’. It offers great potential for energy saving and gives a much more homogeneous temperature distribution in the crop. Especially the temperature at the top of the crop will be closer to the air temperature, and therefore the risk of condensation will decrease. To illustrate these effects, a calculation model has been developed that shows the effect of screens on the temperature distribution in the crop. The work on this model has been funded by the horticultural supply industry, united in the ‘Club van 100’, and through the research program ‘Kas Als Energiebron’. This research program is a cooperation between the Ministry of Economic A...
In general, the use of energy screens is a good means to reduce the energy consumption and to lower ...
The ‘Next Generation Greenhouse Cultivation’ aims at a lower night time crop transpiration in order ...
Energy use can be reduced by highly insulating screens. The problem with screens is that less conden...
In 2014 a greenhouse experiment was executed with a high-wire cucumber crop to measure the impact of...
Deploying a thermal screen in the night gives a significant reduction in radiative heat losses from ...
The application of Next Generation Growing (NGG, in Dutch “Het Nieuwe Telen”) in Dutch greenhouses h...
Wageningen UR Greenhouse Horticulture and Delphy conducted an experiment with sweet pepper -cultivar...
Discomfort caused by light pollution from greenhouses that apply supplementary lighting is an issue ...
Screens used in practice are made from various material compositions (woven fabrics, knitted fabrics...
The targets for energy saving in Dutch horticulture are high. Research follows the two lines: total ...
The monitoring project is a multi-year project in which growers applying Next Generation Greenhouse ...
The aim of this work was to characterize the influence of a thermal screen on: the greenhouse microc...
Within the Monitoring project of the program “Greenhouse as Source of Energy”, a climate data exchan...
Dit rapport beschrijft de resultaten van een vergelijking van het schermgebruik tussen telers. Inten...
During the current research the effect of greenhouse climate control equipment use on vertical air t...
In general, the use of energy screens is a good means to reduce the energy consumption and to lower ...
The ‘Next Generation Greenhouse Cultivation’ aims at a lower night time crop transpiration in order ...
Energy use can be reduced by highly insulating screens. The problem with screens is that less conden...
In 2014 a greenhouse experiment was executed with a high-wire cucumber crop to measure the impact of...
Deploying a thermal screen in the night gives a significant reduction in radiative heat losses from ...
The application of Next Generation Growing (NGG, in Dutch “Het Nieuwe Telen”) in Dutch greenhouses h...
Wageningen UR Greenhouse Horticulture and Delphy conducted an experiment with sweet pepper -cultivar...
Discomfort caused by light pollution from greenhouses that apply supplementary lighting is an issue ...
Screens used in practice are made from various material compositions (woven fabrics, knitted fabrics...
The targets for energy saving in Dutch horticulture are high. Research follows the two lines: total ...
The monitoring project is a multi-year project in which growers applying Next Generation Greenhouse ...
The aim of this work was to characterize the influence of a thermal screen on: the greenhouse microc...
Within the Monitoring project of the program “Greenhouse as Source of Energy”, a climate data exchan...
Dit rapport beschrijft de resultaten van een vergelijking van het schermgebruik tussen telers. Inten...
During the current research the effect of greenhouse climate control equipment use on vertical air t...
In general, the use of energy screens is a good means to reduce the energy consumption and to lower ...
The ‘Next Generation Greenhouse Cultivation’ aims at a lower night time crop transpiration in order ...
Energy use can be reduced by highly insulating screens. The problem with screens is that less conden...