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Project construction address:
Xinglong Town, Guanghan City, Deyang City
Project construction content:
8 sets of wireless environment acquisition sensors and 1 wireless intelligent control cabinet are arranged in each of the 4 greenhouses . Install one set of rain and snow sensors outdoors and build one set of environmental monitoring and control system software platform.
The system can remotely obtain the air temperature and humidity , soil moisture, soil temperature and humidity, carbon dioxide concentration, light intensity, and real-time monitoring video data inside the greenhouse. Through the upper and lower limits of temperature and humidity, the greenhouse wet curtain fan, spray drip irrigation, Inside and outside shading, top window, side window, heating and light supplement. At the same time, the system can also push real-time alarm information to managers through information terminals such as computers or mobile phones.
System can implement functions
温室环境实时监控 1. Real-time monitoring of greenhouse environment
通过电脑远程查看温室的实时环境数据，包括(无线)空气温度、(无线)空气湿度、(无线)土壤温度、(无线)土壤湿度、(无线)土壤水分、(无线)光照度、（无线）PH传感器。 (1) Remotely view real-time environmental data of a greenhouse through a computer, including (wireless) air temperature, (wireless) air humidity, (wireless) soil temperature, (wireless) soil humidity, (wireless) soil moisture, (wireless) light intensity, ( Wireless) PH sensor. The terminal receives all sensor data and transmits it to the designated office server computer or mobile phone through the Internet. Real-time remote viewing of various environmental parameters in the greenhouse in the office.
温室环境报警记录及时手机APP报警提醒，用户可直接处理报警，系统记录处理信息，可以自动控制温室设备。 (2) Greenhouse environment alarm records and mobile APP alarm reminders. Users can directly handle alarms. The system records and processes information and can automatically control greenhouse equipment.
自动化控制温室内环境设备，提高工作效率，如自动灌溉系统、风机、侧窗、顶窗等。 (3) Automatically control environmental equipment in the greenhouse to improve work efficiency, such as automatic irrigation systems, fans, side windows, and top windows.
用户可以直观查看温室环境数据的实时曲线图，及时掌握温室农作物生长环境。 (4) The user can directly view the real-time curve graph of the greenhouse environment data and grasp the greenhouse crop growth environment in time.
远程自动控制 2. Remote automatic control
系统通过先进的工业自动化控制技术，当超过所设定上下限值时自动控制温室设备，无需人工查阅。 (1) The system uses advanced industrial automation control technology to automatically control the greenhouse equipment when the set upper and lower limits are exceeded, without manual inspection.
可以自定义规则，让整个温室设备随环境参数变化自动控制，比如当土壤水分过低时，温室灌溉系统自动开始浇水、当空气温度超高时温室排气扇系统自动工作。 (2) You can customize the rules to allow the entire greenhouse equipment to automatically control as the environmental parameters change. For example, when the soil moisture is too low, the greenhouse irrigation system automatically starts watering and the greenhouse exhaust fan system automatically works when the air temperature is too high.
系统软硬件公司自主研发设计若用户有具体需求可提供二次开发。 (3) Independent research and development design of the system software and hardware company can provide secondary development if the user has specific needs.
历史数据分析 3. Historical data analysis
系统可以通过不同条件组合查询和对比历史环境数据。 (1) The system can query and compare historical environmental data by combining different conditions.
支持列表和图表两种不同方式查看，用户可以更直观看到历史数据曲线。 (2) Supports two different ways to view the list and chart, users can see the historical data curve more intuitively.
与农业生产数据建立统一的数据模型，系统通过数据挖掘等技术可以分析更适合农作物生长、提高农作物产量的环境参数，辅助决策。 (3) Establish a unified data model with agricultural production data. The system can analyze environmental parameters that are more suitable for crop growth and increase crop yield through data mining and other technologies to assist decision-making.
数据采集精确性。 1. Data collection accuracy. All sensors are imported sensors. High precision and high stability.
现场安装便捷性。 2. On-site installation convenience. Wall-mounted installation.
无线传输可靠性。 3. Wireless transmission reliability. Adopt 852MHz channel communication, wireless transmission has strong AES encryption function, strong anti-interference, and there are abundant communication channels to choose from.
数据显示集中性。 4. Concentration of data display. The sensor data of each detection point is sent to the LCD screen for display, and then transmitted to the computer of the management center for centralized display, which is clear at a glance, and avoids manual inspection and recording at regular intervals.
自动化联动控制。 5. Automatic linkage control. The field device can set the upper and lower limits by itself, and can also send commands to control through the system software without manual operation. More systematic and scientific control mode.
To realize the informationization and intelligent remote management of greenhouses, make full use of the role of the Internet of Things technology in facility agricultural production, ensure that the environment in the greenhouses is suitable for the growth of crops, and achieve sophisticated management, and create conditions for high yield, efficiency, ecology, and safety of crops Help customers improve efficiency, reduce costs, and increase revenue.
Environmental monitoring point