Control Smart Glass Greenhouse Selling to West Asian Countries, Planting Hydroponic Leafy Vegetables, Tomatoes, Strawberries, etc

• Customization: Available
• Building Materials: Steel Structure
• Cover Material: Glass
• Model NO.: jx-glass greenhouse
• Heating Method: Continuous Heating
• Layer: Double/Single
• Location: Outdoor
• Roofing Shape: Herringbone Roof
• Size: Large
• Span: Single/Multi
• Suitable: Vegetables
• Usage: Commercial Greenhouse
• Transport Package: Customized According to Customer Orders
• Specification: The size could be customized
• Trademark: juxiang
• Origin: China
• HS Code: 9406900090
• Production Capacity: 100000square Metre/Year
• Package Size: 1209.00cm * 235.00cm * 239.00cm
• Package Gross Weight: 2000.000kg

Product Description

Product Description

An intelligent greenhouse, also known as a smart greenhouse agricultural structure that uses advanced technology is a type of agricultural structure that uses advanced technology and automation to optimize growing conditions for plants. These greenhouses are designed to automatically monitor and adjust factors such as temperature, humidity, light, CO2 levels, and watering based on the specific needs of the plants being grown.

Intelligent greenhouses typically use sensors to collect data on environmental conditions and transmit this information to a central control system. This system then uses algorithms and machine learning to analyze the data and make adjustments to the greenhouse environment in order to maximize plant growth and productivity.

Some of the benefits of intelligent greenhouses include:

Increased crop yields: By providing optimal growing conditions, intelligent greenhouses can significantly increase crop yields compared to traditional greenhouses or outdoor farming.

Reduced resource consumption: Intelligent greenhouses can more efficiently use resources such as water and energy, reducing waste and lowering operating costs.

Improved crop quality: By closely monitoring and controlling environmental conditions, intelligent greenhouses can produce higher quality crops with better taste, texture, and nutrient content.

Enhanced disease prevention: Intelligent greenhouses can detect early signs of disease or pest infestations and take preventative measures to minimize damage to crops.

Remote monitoring and control: Many intelligent greenhouses can be remotely monitored and controlled via mobile devices or computer systems, allowing farmers to manage their operations from anywhere.

Overall, intelligent greenhouses represent a promising solution for sustainable agriculture, enabling farmers to produce more food with fewer resources while minimizing environmental impact.

Product composition

The application of Internet of Things (IoT) technology in greenhouse is an important means to achieve precise management and automatic control of modern agriculture. Here are some specific applications of the Internet of Things in smart greenhouses:
 

1. Environmental monitoring: collect key data such as temperature, humidity, light intensity and carbon dioxide concentration in real time through various sensors installed in the greenhouse. This information is essential for crop growth, and Internet of Things technology makes real-time monitoring of this data possible.
2. Data analysis and decision support: The collected data will be sent to the central processing system or cloud platform for analysis. Through large data analysis and machine learning algorithm, the system can predict the trend of environmental change and provide the optimal environmental conditions for crop growth.
3. Automatic control: Based on the analysis results, the intelligent control system can automatically adjust the environment in the greenhouse, such as starting the fan to cool down, opening the irrigation system to humidify, adjusting the sunshade net to control the illumination, etc. This automatic control reduces manual intervention and improves the accuracy and efficiency of the operation.
	4. Remote management: Internet of Things technology enables farm managers to remotely monitor and control the greenhouse environment through mobile phones or computers, ensuring the optimization of crop growth conditions even if they are not on site.
	5. Resource optimization: Internet of Things technology helps to use and allocate limited resources more rationally, improve the efficiency of water and energy use, and reduce waste.
	6. Enhance safety: The intelligent monitoring system can also detect abnormal situations, such as the occurrence of pests and diseases or unsuitable growth environment, and issue early warning in time to ensure crop safety.
7. Traceability and transparency: Internet of Things technology can also help record every stage of crop growth, provide transparent product information for consumers, and increase product traceability.
8. Economic efficiency improvement: Ultimately, through fine management and automated control, Internet of Things technology helps to improve crop yield and quality, thereby increasing the economic efficiency of agriculture.

Generally speaking, the application of Internet of Things technology in intelligent greenhouse not only improves the intelligent level of agricultural production, but also brings higher economic and environmental benefits for agricultural production. With the continuous development of technology and in-depth application, the potential of the Internet of Things in the field of agriculture will be further tapped in the future.
 

1.Illumination control facilities Different varieties of seedlings and growth stages need different light conditions, so it is necessary to regulate and use light related equipment and facilities reasonably. Illumination control facilities include plant lights, plant supplementary lights, etc.
2.Temperature control facilities The temperature in the greenhouse should be within a suitable range to promote the healthy growth of seedlings. Temperature control facilities include heating equipment and ventilation equipment. Heating equipment can be heated by electric heater, hot water pipeline, gas, etc. Ventilation equipment mainly includes exhaust fans, side windows and skylights. The use of exhaust fans can effectively regulate the temperature and humidity and prevent the growth of mold. The opening of the side window and the skylight can increase the air circulation, promote the entry of CO2 and the discharge of O2, thereby promoting the growth and development of the seedlings.
3.Humidity control facilities The humidity in the greenhouse should be within a suitable range to promote the healthy growth of seedlings. Humidity control facilities include humidification equipment and dehumidification equipment. The humidifying equipment can be humidified by means of atomizer, water sprayer, wet curtain, etc. The use of atomizers and sprinklers should be careful not to spray seedlings directly, so as not to affect the growth and development of seedlings. When installing the wet curtain, attention should be paid to maintenance to avoid health problems such as mildew and mosquitoes after long-term use. Dehumidification equipment mainly includes ventilation equipment and dehumidifier. The use of ventilation equipment can effectively reduce the temperature and humidity and prevent the growth of mold.
4.Water and fertilizer control facilities The water and fertilizer in the greenhouse should be within the appropriate range to promote the healthy growth of seedlings. Water and fertilizer control facilities include irrigation equipment and fertilization equipment. Irrigation equipment can use drip irrigation, sprinkler irrigation and other methods for irrigation. When using irrigation equipment, attention should be paid to controlling the amount and time of irrigation to avoid excessive or insufficient irrigation affecting the growth of seedlings. The fertilizing equipment can adopt a fertilizer solution tank, an automatic fertilizer distributor and the like for fertilizing. When using fertilization equipment, rational fertilization should be carried out according to different stages of seedling growth, fertilizer demand of different varieties, types and proportions of fertilizers, so as to avoid excessive or insufficient fertilization affecting seedling growth.

 

Greenhouse ventilation

Our glass greenhouse ventilation system is designed to efficiently remove waste heat and moisture, adjust air composition, eliminate harmful gases, and create optimal environmental conditions for plant growth. With our system, you can easily regulate temperature, humidity, and air quality in your greenhouse, ensuring your plants thrive.

 

Natural ventilation glass greenhouse relies on natural ventilation to regulate the indoor environment most of the time. The structural form of large productive glass greenhouse is generally double-slope multi-span greenhouse, and the ventilation form is to set ventilation windows on the side wall and roof ridge. Its total ventilation area is not less than 15% of the greenhouse area, preferably more than 30%. When the roof wind window is opened, the window sash should be inclined upward beyond the horizontal plane. When it is fully opened, it forms an angle of 100 with the horizontal plane, which can achieve good ventilation effect.

2.Forced ventilation   glass greenhouses rely on natural ventilation to regulate the environment most of the time, when the temperature is high in summer, especially when the outdoor temperature is over 33 ºC, it is difficult to meet the cooling requirements of greenhouses by natural ventilation alone, so forced ventilation and other measures are commonly used in production. Forced ventilation is to use fans to convert electric energy or other mechanical energy into wind energy, forcing air flow to ventilate the greenhouse and achieve cooling effect.

 

Greenhouse heating

 

1.Hot water heating The hot water heating system is composed of three basic parts: hot water boiler, heat supply pipe and heat dissipation equipment. Its working process is to heat water with the boiler and then pressurize it with the water pump. The hot water is supplied to the radiator in the greenhouse through the heat supply pipe. The radiator is used to heat and raise the temperature of the greenhouse. The cooled hot water is returned to the boiler for reheating and repeated circulation. The hot water heating system is stable and reliable, which is the most commonly used heating mode in glass greenhouse.
2.hot air heat system Consists of a heat source, an air heat exchange, a fan and an air supply pipeline. Its working process is as follows: the air exchanger is heated by the heat provided by the heat source, and the fan is used to force part of the air in the greenhouse to flow through the air heat exchanger, so that the greenhouse is heated by continuous circulation. The heat source of the hot air heating system can be oil, gas, coal-fired devices or electric heaters, and can also be hot water or steam. The installation forms of hot air heating equipment are different for different heat sources.
3.Electric Heating The more common way of electric heating is to bury the ground heating wire underground

 

Greenhouse cooling

1. Shading and cooling methods include indoor shading and outdoor shading. The indoor shading system is a supporting system made of metal wires or plastic mesh wires connected to the greenhouse framework, and the shading net is installed on the film supporting line. Generally, electric control or manual control is adopted. The outdoor shading system is characterized in that a shading framework is additionally arranged outside the greenhouse framework, a shading net is arranged on the framework, and the shading net can be driven by a curtain pulling mechanism or a film rolling mechanism to be freely opened and closed. The outdoor installation of the sunshade net has good cooling effect, can directly block the solar energy outside the greenhouse, and various types of sunshade nets can be used.

2. Evaporative cooling uses the unsaturation of air and the latent heat of evaporation of water to cool down. When the moisture in the air is not saturated, the moisture will evaporate into water vapor and enter the air. When the water evaporates, it absorbs the heat in the air, reduces the temperature of the air and increases the humidity of the air. In the process of evaporative cooling, it is necessary to ensure the air flow inside and outside the greenhouse, to discharge the high temperature and humidity gases from the greenhouse, and to supplement fresh air, so the forced ventilation method must be adopted. Evaporative cooling methods include wet curtain-fan cooling and spray cooling.

3. The roof spray cooling system is to spray water evenly on the roof of the glass greenhouse to reduce the temperature of the greenhouse. When water flows on the glass greenhouse roof, the water exchanges heat with the glass of the greenhouse roof and takes away the heat in the greenhouse. In addition, when the thickness of the water film is greater than 0.2 mm, all the energy of solar radiation is absorbed and taken away by the water film, which is equivalent to shading.
 

Company Profile

 

Qingzhou Ju xiang Greenhouse Horticulture  Co., LTD is a professional company which sets greenhouse and supporting facility design, manufacture and research&development in one. The major products include flower market greenhouses, planting greenhouses, aquaculture  greenhouses, livestock breeding greenhouses, ecological restaurant greenhouses, glasshouses, spherical greenhouses, sunlight-plate greenhouses, photovoltaic solar energy greenhouses, thin film greenhouses and corresponding accessories.

Our corporation tenet
Survival by quality, development by reputation, pioneering and realistic innovation is the company's service aim to focus on quality and safety, wholeheartedly for the user service, with a new good corporate image to become the direction of enterprise development.

FAQ

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.