How Humidity Affects Greenhouse Energy Usage
Dealing with high humidity in the greenhouse, or indoor grow room, can take a lot of energy. Especially if you rely on ventilation and heating
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DryGair is proud to launch the DG-X – a brand new dehumidifier dedicated to your indoor grow.
DG-X is our solution – a smaller, yet powerful dehumidifier, designed for grow rooms, as well as smaller greenhouses.
Water Extraction Rate
4.2 G/h or 812 Pints per Day!
Diseases like botrytis and powdery mildew cause massive yield loss and damage crop quality. These diseases are caused by high humidity and can be avoided by using DG-X to maintain lower relative humidity levels, never reaching 100%.
The patented DG-X hood creates air circulation that ensures the treated air reaches all corners of the grow room, including between the plants. This creates a blanket of dry air that drastically reduces humidity related disease outbreaks
Energy consumption of ~1 G/kW (3.5 L/kW).
Total consumption of 4.8 kWh.
DryGair’s units were developed based on close relationships with growers and careful analysis of complex projects to ensure the highest energy efficiency.
Dealing with high humidity in the greenhouse, or indoor grow room, can take a lot of energy. Especially if you rely on ventilation and heating
Evaporative cooling, such as wet pad and fan systems, is common in greenhouses in warm regions. Growers often ask if, and how, dehumidifiers can work
Kwekerij Marcel Vijverberg, a greenhouse horticultural company in Maasland, Netherlands, equips all facilities with DryGair dehumidifiers. The company grows potted plants and, in spring, mainly