Blackout Greenhouse
Intelligent Fully Blackout Light Deprivation Agricultural Greenhouse
description2
features
Light deprivation greenhouse uses blackout material with controlled exposure to light and darkness to simulate seasonal changes.
* Automating light and darkness tricks the plants into flowering on command, reducing the time to reach maturity which allows year-round cultivation with multiple harvests!
* According to different covering material, customers budget and the hemp quality planted,we supply Hybrid Greenhouse.
1. Anti-seepage and anti-leakage
2. Reduce water evaporation
3. Reflective and sun-resistant
4. Endothermic insulation
Greenhouse Cover&Structure
- 1. Steel Structure
- Steel structure material is high quality carbon steel which is accordance with national standard. Steel parts and fasteners are processed according to “GB/T1912-2002 Technical Requirements and Test Methods of Hot-galvanized Layer for Metal Coating Steel Production”. Inside and outside hot galvanized steel should meet the national standard (GB/T3091-93) requirements of quality products. Galvanized layer should have thickness uniformity, no burr, and the galvanized layer thickness is not less than 60um.
- 2. Cover material
- The span covering material of the shading greenhouse can be a 5cm composite board or a black and white film. The interior mainly uses three layers of all-black sunshades, which can help adjust the lighting conditions in the greenhouse and provide suitable lighting conditions for plant growth.
Product Description
The main systems inside a fully shaded greenhouse usually include:
Shading system: used to adjust the lighting conditions in the greenhouse, including shading nets, shading cloths, etc.
Ventilation system: used to regulate air circulation in the greenhouse and maintain appropriate temperature and humidity.
Heating system: used to provide additional heat when needed to maintain suitable climate conditions in the greenhouse.
Irrigation system: used to provide water to plants regularly and quantitatively to maintain appropriate humidity.
Control system: used to monitor and control various parameters of the greenhouse environment, such as temperature, humidity, CO2 concentration, etc., to maintain ideal conditions for plant growth.
The selection and configuration of these systems will depend on the size of the greenhouse, the types of plants grown, geographic location, and other factors. Product Picture
