Intelligent system solutions
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- Product description
- Model specifications
- Product Features
- Other instructions
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- Commodity name: Smart Agriculture Facility Solutions
Smart Agriculture Facility Solutions1. Background of the Solution
China is a major agricultural country, with agricultural greenhouses found throughout rural areas. In recent years, with the development of agriculture and the rural economy in China, agricultural production methods have gradually shifted from traditional extensive management to modern intensive management. Agricultural science and technology demonstration parks, as a demonstration window for modern intensive agriculture and high-tech applications, have emerged. Smart agriculture solutions integrate advanced agricultural technologies and computer automatic control technologies, serving as the material basis for the transformation of modern agricultural science and technology into industry. They can create a relatively independent crop growth environment, completely breaking away from the traditional agricultural dependence on the natural environment.
2. Framework of the Solution
3. Features of the Solution
lPredictive: By analyzing relevant environmental parameters, the operation of control equipment can be predicted, improving equipment utilization and reducing energy consumption.
lPowerful expansion capabilities: By selecting different peripheral devices, the temperature and humidity of the greenhouse, as well as ventilation and fertilization, can be controlled.
lComprehensive data processing capabilities: Through configuration control software, various sensor information and control device action records can be continuously recorded.
lRemote monitoring function: Even when staff are not on-site, the remote monitoring system can monitor and control the equipment parameters in the greenhouse.
lData networking function: Through industrial buses, various data can be integrated into local area networks and the INTERNET., truly achieving data sharing.
lThe system is stable in performance, reliable in operation, simple to operate, and easy to maintain. The entire system is easy to expand, operates economically and energy-efficiently, has low maintenance costs, and offers high cost-performance.
4. Components of the Solution
lSensor Acquisition System
ØData Acquisition Control Module
The data acquisition control module is the core of the lower computer system, capable of collecting output signals from sensors and outputting control signals for intelligent control.
ØSoil Moisture Sensor
Monitors and measures the moisture conditions of both surface and deep soil.
ØSoil Temperature Sensor
Installed in the soil within the greenhouse to measure the soil temperature for crop growth and development, as well as changes in soil temperature after watering.
ØAir Temperature and Humidity Sensor
The air temperature and humidity sensor is mainly used to detect the environmental temperature and humidity within the greenhouse.
ØLight Sensor
The light sensor is used to detect the light radiation intensity in the crop growth environment, determining whether shading or supplementary lighting is needed to adjust the light intensity in the greenhouse to meet the light requirements for crop growth.
ØRainfall Sensor
The rainfall sensor, in conjunction with a rainfall recorder, measures precipitation amount, intensity, and duration, providing raw data for water supply scheduling and irrigation management.
ØEvaporation Sensor
The evaporation sensor is used to measure the evaporation amount of liquid surfaces, applied in experiments for transpiration, surface evaporation, and water resource assessment.
ØWind Speed and Direction Composite Sensor
The wind speed and direction composite sensor is used to measure wind direction and wind strength.
lIntelligent Execution System
ØWindow Opening System
The greenhouse window opening system is mainly used for natural ventilation of the greenhouse, effectively regulating indoor temperature, humidity, and CO2 concentration to meet the normal growth needs of cultivated plants.
ØCurtain System
The greenhouse curtain system is mainly used in the external shading and internal insulation systems of connected greenhouses, serving to adjust light, reduce temperature, or provide insulation.
ØFan-Wet Curtain Cooling System
Mainly composed of wet curtain cooling devices and fans, this system uses equipment capable of thermally and humidly treating air to cool the air to meet the temperature requirements within the greenhouse.
ØGreenhouse Heating System
The greenhouse heating system generally consists of a heat source, indoor heating devices, and a heat transfer system. In practical applications, the selection is comprehensively considered based on local climate characteristics, heating load of the greenhouse, local fuel supply conditions, and investment and management levels.
ØGreenhouse Irrigation System
The main function of the greenhouse irrigation system is to extract irrigation water from the water source, treat it through appropriate pressurization, purification, and filtration, and then deliver it to the field irrigation equipment through water supply pipelines, ultimately irrigating crops through the irrigation devices in the greenhouse.
ØOther Execution Mechanisms in the Greenhouse
In addition to the above execution mechanisms, supplementary lighting systems (agricultural sodium lamps), carbon dioxide supply systems (carbon dioxide generators), etc., can also be equipped in the greenhouse according to actual application needs.
lInformation Management and Analysis System
ØVideo Monitoring System
This system plays a positive role in the control and management of the entire area greenhouse. Control center personnel can control front-end devices through a control keyboard, monitoring the production conditions of crops in the greenhouse in a combined manner to facilitate healthy crop production.
ØInformation Management System
lUser Management Module: Different user permissions can be set, with user permissions graded according to the authority of different monitoring points.
lReal-time Data Display Module: Displays various environmental parameters, video data, and equipment operating status collected in real-time by various sensors.
lEquipment Control Management Center: Can control all devices in the entire greenhouse system and view the real-time working conditions of any greenhouse, enabling real-time remote control and handling of abnormal situations in the greenhouse.
lHistorical Data Management Module: It allows remote retrieval and playback of any historical data from the station end, enabling users to quickly find the historical materials they need.
lHistorical Data Analysis Module: By analyzing historical data, it identifies various parameters that are most beneficial for the growth of crops in the greenhouse, and provides the most effective model for crop growth through an interface with agricultural expert systems.
lData Backup Management Module: It can use the system's backup function to dump the required historical data to other specified storage media.
V. User Benefits
The smart agriculture facility solution has significant practical significance for promoting the automation and intelligence of agriculture in our country, serving as the material basis for the transformation of modern agricultural technology into industry. This solution can provide an ideal growth environment for plants, reduce labor intensity, improve equipment utilization, enhance greenhouse climate, reduce pests and diseases, and increase crop yield.