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Weiser Water Technology
Contact: manager ZhangMobile phone£º18952121514 Fax: 0516-83859755 Email/skype£ºzhangwei@weiser.cn Website£ºhttp://www.weiser.cn Address: 4th floor,C2-A,Xuzhou Software Park,East Jinshan Road,Xuzhou City,Jiangsu Province,China |
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¡ú Agricultural well irrigation control system |
Groundwater automatic monitoring system |
Groundwater automatic monitoring system (real time monitoring of water resources) Communication mode selection At present, the communication modes of underwater automatic monitoring system at home and abroad mainly include ultrashort wave, short message, PSTN fixed telephone and GPRS wireless data transmission mode. All kinds of communication methods have their advantages and disadvantages. This system uses GPRS communication mode as main channel and GSM short message communication as auxiliary channel networking mode. The monitoring station uses self reporting, self reporting and confirming working system to collect water level data. Usually the monitoring data acquisition terminal station in micro power duty state, GPRS communication terminal, the water level sensor in the power-off state, when the set time (1 hours) will automatically enter the working state data acquisition terminal monitoring station, and turn the power GPRS communication terminal, water level sensor, water level sensor monitoring station for stable work after the water level data acquisition and the data recording and timing write memory, if the condition is satisfied to send data, monitoring station to initiate GPRS dialing, establish a PPP connection monitoring station registration, and then send the collected data of water level. system function The system is a real-time operation system for data acquisition, storage, transmission and processing of water level / depth data, and has real-time data query, statistics, analysis, and graphical representation of the results. After the completion of the system, the following functions can be realized: 1) system working standard: self reporting, self reporting, confirming, answering, working system networking. 2) system communication uses GPRS dual mode to send data to the center. 4) all stations are more than 256K of memory recording and automatic power-off data protection function. Via a laptop or PDA portable equipment monitoring station for several days or read daily recording data in the field. The center can be read from the newspaper / response monitoring station or single day for several days recording data through the GPRS network. 6) system can timely understand the monitoring center station of the working state of the equipment (such as voltage, automatic memory etc.). 7) the system real-time data can be automatically written into the information database of groundwater automatic monitoring system, and the monitoring data can be browsed by the relevant departments through the computer wide area network, and the data sharing can be realized by WEB; 8) the sending data of the monitoring station can be set up as a self reported, self reported and confirmed working mode, and the data retransmission can be realized. 9) the system center has the functions of data storage, statistics, report display and printing and process analysis, such as dynamic water level / depth display, etc.. 10) require data acquisition equipment with micro power consumption and data acquisition / transmission control function, reduce equipment and operating costs. The system has the dynamic control mechanism of collecting data density, so as to maximize the communication cost and power consumption under the condition of meeting the data density and precision requirements. 11) the working parameters of the monitoring station can be configured in the field with a portable computer. 14) the system is scalable and can easily increase and decrease the number of stations and the number of sensors. The modification work will be operated by password management, and the system database management function will be realized. Characteristics of monitoring station 1) data acquisition and communication strategy control The data acquisition strategy of each sensor can be established, such as the acquisition cycle, encryption cycle, threshold control, etc., to control the density of data communication. 2) monitoring power consumption control mechanism The unique soft and hard power down technology greatly reduces the power consumption of the monitoring station, and prolongs the service life of the sensor, communication equipment and battery. 3) battery charging and discharging protection mechanism Integrated battery charging and discharging function can avoid battery damage and greatly reduce the cost of operation and maintenance in the future. 4) the communication mechanism of self reporting, self reporting confirmation and central calling By setting parameters to select the monitoring station to work in different communication modes, the monitoring system can achieve a good balance between communication efficiency and communication reliability. 5) data recording Provide backup of monitoring data, make the monitoring system meet the different needs of groundwater resources monitoring and groundwater resources data reorganization, and further improve the reliability of monitoring data. System technical index The system can complete the collection, processing and forwarding of the whole system real time data in 5 minutes. The system operates at low power consumption, and the solar cell configuration has the capability of resisting continuous rain for more than 20 days. The error rate of data transmission channel is less than 1 x 10-5. The average patency rate of the system is greater than or equal to 99%. Data accuracy: water meter resolution meets the full range of + 2.5 per 1000.
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