The detailed information of Climate control system
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- Supplier: Jiangsu Oone Intemational Trading LLC
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Product Overview
Description
Product Description
What's the greenhouse intelligent control system?
The greenhouse intelligent control system was put forward under the circumstance that the application of the Internet of Things is gradually widespread, especially the emergence of the Top Agricultural Internet of Things. Based on this, a set of control and management systems for greenhouse irrigation environment monitoring have been developed. The system realizes the monitoring and control of greenhouse irrigation equipment, and the uninterrupted collection, sorting, statistics, and mapping of environmentaldata.
It contains the following different parts:
1. Climate Control System
2. Weather station
3. Three-element sensor
4. Carbondioxide sensor
5. Soil moisture sensor 6. EC/PH wireless photovoltaic sensor
Let me introduce them to you one by one!
2. Weather station
3. Three-element sensor
4. Carbondioxide sensor
5. Soil moisture sensor 6. EC/PH wireless photovoltaic sensor
Let me introduce them to you one by one!
Specification
Power supply: | AC 220V,50hz(customized) |
IO input: | standard 32-channel input |
IO output: | standard 32-channel IO output (AC 24v) |
IO input expansion: | up to 116 IO inputs can be expanded |
IO output expansion: | up to 128-channel IO output |
Networking mode: | WIFI/Network port/ phone card |
Analog input: | 2 channels of analog input can be expanded. |
Analog output: | 4 analog outputs can be expanded |
Operation interface: | 10-inch capacitive touch screen |
Control zone: | 4 independent zones |
Weight: | 25kg |
Size(L*W*H): | 46cm*23cm*46cm |
Greenhouse intelligent control system
Weather station
The weather station is used to monitor outdoor temperature, humidity, light, wind speed, wind direction, rainfall and other
parameters, and is usually installed on the top of the greenhouse, to provide accurate and effective outdoor monitoring data for the climate controller, optimize the control strategy, reduce the energy consumption of the greenhouse, and greatiy reduce lhe energy cost of the greenhouse operation. It adopts photovoltaic and wireless design, no power supply, wireless data transmission,and extremely convenient installation and maintenance.
parameters, and is usually installed on the top of the greenhouse, to provide accurate and effective outdoor monitoring data for the climate controller, optimize the control strategy, reduce the energy consumption of the greenhouse, and greatiy reduce lhe energy cost of the greenhouse operation. It adopts photovoltaic and wireless design, no power supply, wireless data transmission,and extremely convenient installation and maintenance.
Seedling and planting system
The Climate control system we called .A set of climate controller supports independent control of 4 climate zones.All control parameters and procedures are independent of each other and do not interfere with each other. For a greenhouse, the control scenario can be divided into 12 independent cells, which can effectively reduce investment for users and is easy to control.
Three-in-one sensor
The Three-in-one sensor mean light, humidity, and temperature.It can provide climate controller with accurate indoor temperature, relative humidity, light intensity, soil temperature, soil moisture and other information, providing reliable data basis for its analysis and decision-making.
Carbon dioxide sensor
The CO2 sensor is used in conjunction with the CO2 supplement device. It provides the controller with the current The real-time
CO2 level in the greenhouse, the controller according to the set value and climatic conditions, automatically Automatically calculate the appropriate CO2 content, and control the operation of related supplementary devices to supplement The CO2 level meets the standard for suitable crop growth. It uses NDIR infrared absorption The measurement principle greatly improves the
accuracy, stability and sensitivity of the measurement.
CO2 level in the greenhouse, the controller according to the set value and climatic conditions, automatically Automatically calculate the appropriate CO2 content, and control the operation of related supplementary devices to supplement The CO2 level meets the standard for suitable crop growth. It uses NDIR infrared absorption The measurement principle greatly improves the
accuracy, stability and sensitivity of the measurement.
EC/PH Wireless photovoltaic sensor
The EC sensor is used to measure the soluble salt concentration (EC value) of the irrigation water. The grower needs to measure
the EC value to detect the concentration of the nutrient solution to determine whether it meets the growth requirements of the crop. If the EC value of irrigation water is too high, it will damage crops, reduce production, reduce quality, and even form reverse osmotic pressure, resulting in seedling burning. The EC value is too low, indicating that the nutrient content of the irrigation water is too low and long-term lack, resulting in poor crop growth. Using EC sensors can solve this problem!
the EC value to detect the concentration of the nutrient solution to determine whether it meets the growth requirements of the crop. If the EC value of irrigation water is too high, it will damage crops, reduce production, reduce quality, and even form reverse osmotic pressure, resulting in seedling burning. The EC value is too low, indicating that the nutrient content of the irrigation water is too low and long-term lack, resulting in poor crop growth. Using EC sensors can solve this problem!
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