Technical and Physical Aspects of Energy Saving in Greenhouses

THE INFLUENCE OF SINGLE AND DOUBLE SHELTERS ON THE CLIMATE AND HEAT CONSUMPTION OF GREENHOUSES

HEAT RADIATION PHENOMENA FROM A GREENHOUSE CROP CANOPY AT NIGHT: 1. THE CURTAIN EFFECT IN A GREENHOUSE COVERED WITH TRANSMITTIVE MATERIAL.

THERMAL SCREENS FOR REDUCING HEAT LOSSES FROM GLASSHOUSES

HEAT TRANSFER MEASUREMENTS IN SCREENED GREENHOUSES

BLINDING GLASSHOUSE COMPARTMENTS WITH PLASTIC FILM

TRANSMISSION OF SUN RADIATION THROUGH DOUBLE GLAZINGS

MEASUREMENTS OF HEAT LOSS FROM GLASSHOUSES WITH DIFFERENT DOUBLE SHELTERS

SOME METHODS OF REDUCING FUEL REQUIREMENT FOR GREENHOUSE HEATING

HEAT LOSS OF GLAZING BARS

DETERMINATION OF AIR EXCHANGE FIGURES WITH REGARD TO CLOSED GREENHOUSES

REDUCING ENERGY CONSUMPTION OF GREENHOUSES BY THE CHOICE OF THE HEATING SYSTEM

VERTICAL TEMPERATURE GRADIENTS IN HEATED GREENHOUSES

THE INFLUENCE OF HEATING SYSTEMS ON MICRO-CLIMATE IN CROPS AND POSSIBILITIES OF ENERGY-SAVING

ALTERNATIVE PATHWAYS TO FUEL ECONOMY

GREENHOUSE HEATING WITH SUN ENERGY

NEED AND DESIGN FOR A SOLAR GREENHOUSE

ENERGY SAVING IN GREENHOUSES BY USE OF INSULATION, ACCUMULATION AND HEAT-PUMP

APPLICATION OF CONDENSING HEAT EXCHANGERS IN THE STACK OF NATUREL GAS FIRED BOILERS FOR SOIL HEATING IN GREENHOUSES

TOTAL ENERGY PLANTS IN DUTCH HORTICULTURE