Customization: | Available |
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Cover Material: | Film |
Blackout Rate: | 100% |
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1. * * Light Management * *: Determine the degree of shading required and how to most effectively use artificial lighting, such as LED lights, to simulate natural light cycles. 2. * * Temperature control * *: Due to the lack of natural light, the temperature inside the greenhouse may need to be adjusted by the heating system or the air conditioning system. 3. * * Humidity Control * *: Plants need appropriate humidity levels to grow, so it may be necessary to install humidifiers or dehumidifiers to maintain constant humidity. |
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4. * * CO2 concentration management * *: Plant photosynthesis requires CO2, so additional CO2 supply may be required in an all-black greenhouse. 5. * * Energy Efficiency * *: Analyze the energy consumption required to operate a greenhouse and how to optimize energy use to reduce costs and environmental impact. 6. * * Crop yield and quality * *: Evaluate the growth rate, yield and quality of crops grown in this environment. |
1.Controlled Environment: Temperature, humidity, light intensity, and photoperiod are all regulated to suit the needs of the specific plants being grown. |
2.Artificial Lighting: Using LED lamps or other types of artificial lighting to mimic natural sunlight or provide extended photoperiods for maximum growth efficiency. |
3.Soil and Nutrient Management: Soil is often enriched with organic matter, and nutrient solutions may be applied through methods like drip irrigation to ensure plants receive the necessary nutrients. |
4.Pest and Disease Control: Implementing biological controls, such as introducing beneficial insects, or using physical barriers to prevent pest infestations and disease spread. |
5.Watering Systems: Automated watering systems can be used to provide consistent hydration without wasting resources. |
6.Harvesting and Processing Areas: Some greenhouses may include facilities for harvesting, drying, and processing herbs into forms suitable for medicinal use. |
7.Research and Development: In some cases, greenhouses may also serve as research facilities where new medicinal plants are studied and developed. |
8.Educational Purposes: Greenhouses could be open to the public or used for educational programs to teach people about the cultivation and uses of medicinal plants. |
9.Sustainability Practices: Many medicine herb greenhouses strive to be eco-friendly, utilizing renewable energy sources, composting organic waste, and practicing sustainable water management. |
In order to achieve efficient and accurate control of plant growth environment, greenhouse needs to be equipped with a series of facilities and systems. Below are some of the main supporting facilities.
Ventilation system: | Internal and external shading system: | Fan wet curtain cooling system: | Sprinkler system and drip irrigation and fertilization system: | Intelligent control system: |
It includes ventilation windows, vents and related equipment to regulate the temperature and humidity in the room and ensure suitable growing conditions. | The external shading system is used to reduce the direct sunlight on crops in summer, while the internal shading system can reflect the internal light and reduce the leaf temperature. | In hot weather, the combination of fan and wet curtain can effectively reduce the temperature inside the greenhouse. | To ensure the uniform supply of water and nutrients, while saving water and improving the utilization rate of water and fertilizer. | Realize the automatic management of greenhouse environment, including the monitoring and control of temperature, humidity, illumination and other parameters. |
Thermal insulation system: | Heating system: | Anti-drip system: | carbon dioxide supply and light supply system: | Movable seedbed system: |
Due to the relatively weak thermal insulation of the film, it is necessary to maintain the temperature in the greenhouse by using quilts, films and other materials, especially when planting in the cold season. | Provides the necessary heating during the cold season to keep the temperature in the greenhouse suitable for plant growth. | Prevent condensation water from dripping on plants, which may cause diseases or affect photosynthesis. | To ensure that there is enough CO2 concentration for plant photosynthesis, and to provide additional light source when the light is insufficient. | Easy to manage and move plants, increase labor efficiency and space utilization. |
These systems cooperate with each other to form a supporting system of a modern greenhouse. Through efficient management and automatic control, greenhouse can provide a stable and optimized growth environment for plants, thus greatly improving the efficiency and quality of agricultural production.
Q: Are you trading company or manufacturer ?
A:We are manufacturer, with 30 years of experience. We have our own exporting department. In the past 30 years, more than 1000 projcets were performed and constructed by our company.
Q:Is your price competitive with other companies?
A: Our business objectives are to give the best price with same quality and best quality with the same price. We will do
everything we can to reduce your cost.
Q:.How long is the delivery time?
A:15 working days.
Q:Is there any instruction or manual guide installation?
A:Yes, English manual with drawing and video shipped together with goods for guiding your installation easily.
B:Engineer overseas guiding installation is available.
C:Your worker or engineer is welcomed to our factory for learning your greenhouse installation.