Groundwater monitoring, groundwater level monitoring instrument, water level gauge manufacturer

Description :

　　1.3.1 Construction Objectives

　　(1) Realize the collection, transmission, calculation, and statistics of operational data related to groundwater monitoring wells, including but not limited to water level, water temperature, pH value, conductivity, turbidity, redox potential, temperature, rainfall, and other indicators, to grasp the overall safe operation status of groundwater monitoring wells.

　　(2) Intuitively display the historical changes and current status of monitoring data, providing simple, clear, intuitive, and effective information reference for production management personnel of groundwater monitoring wells.

　　(3) Once there is an emergency abnormality in the groundwater quality and water environment, the system can promptly issue warning information.

　　(4) It can achieve remote login, remote access, remote management, remote control, and remote maintenance of the groundwater monitoring system.

　　1.3.2 Basic Construction Content

　　Establish a monitoring system for groundwater level, water quality, groundwater environment, and groundwater pollution to ensure safe production of groundwater.

　　2、 System Solution

　　This system relies on sensor technology, computer technology, Internet of Things technology, and 4G network wireless communication technology to achieve remote monitoring of groundwater (including but not limited to) water level, water temperature, pH value, conductivity, turbidity, redox potential, temperature, and precipitation data. There is no requirement for transmission distance. The monitoring center staff can view the data of all groundwater monitoring wells in the local area without leaving their homes. The monitoring center system software can achieve remote data collection and monitoring, and all returned data can be entered into the database to generate various reports and curves. The system has scalability and can easily increase or decrease the number of measurement stations and sensors. The modification work will be operated by relevant management personnel through password control to achieve the system database management function.

　　The product can be widely used for long-term monitoring of groundwater monitoring wells, sewer manholes, reservoirs, and other areas, achieving all-weather, contact based, high-precision, continuous remote monitoring and early warning of measuring media.

　　2.1 System Functions 2.1.1 System Composition

　　The system consists of four parts: Hengrui Cloud platform/mobile app, solar power supply system (including poles), data acquisition and transmission system, and multi parameter sensor (including rainfall).

　　Cloud platform/mobile app: The core of the entire monitoring system, monitoring real-time data from each monitoring point and generating various reports and curves based on this data.

　　Solar power supply system (including poles): provides uninterrupted power supply for on-site automation equipment.

　　Data collection, calculation, and transmission system: Collect data from various types of sensors in the front-end and transmit the signals to the Hengrui Cloud platform/mobile app through the 4G (Beidou) network.

　　Multi parameter sensor (including rainfall): The key to the entire monitoring system is to select multiple sensors for online monitoring based on the medium conditions and user needs, including but not limited to water level, water temperature, pH value, conductivity, turbidity, redox potential, temperature, precipitation, etc.

　　2.1.2 System Topology Diagram

　　2.2 System advantages

　　The water quality samples are not treated, do not require chemical reagents, have no secondary pollution, and the measurement data is more authentic and reliable

　　The real-time monitoring of water level, water temperature, water quality, and rainfall has solved the impact of medium disturbance on water quality;

　　Real time display of water level, water quality, and rainfall data from each monitoring station;

　　Equipped with a solar power supply system to ensure that the power supply is always online and uninterrupted;

　　Complete the statistical analysis function of automatic monitoring data, including statistical reports, trend curves, etc

　　Complete the editing function of basic information such as station types, equipment types, and monitoring indicators for each automatic monitoring station;

　　Security management is provided by the operating system, and only authorized operators are allowed to perform operations.

　　The real-time data of the system can be automatically written into the monitoring database, and the real-time telemetry data can be accessed by relevant departments through a computer wide area network for web browsing, achieving data sharing;

　　Support software system maintenance and hierarchical management.

　　Support mobile app display, data query, measurement point management, statistical analysis, etc.

　　The system has a good data interface, which facilitates data integration

　　3、 On site site site construction

　　Groundwater monitoring wells are generally built in the wild, with no traffic and no mains electricity on site. Some areas have no mobile network signals. We recommend a solar power supply system on site, and if there is no mobile phone signal on site, Beidou communication can be selected. The site is equipped with a ground cage and a vertical pole. The solar power supply system is installed on the upper part of the vertical pole (facing south), and a stainless steel chassis (with built-in acquisition and transmission system) is installed on the vertical pole. The monitoring well is equipped with Hengrui multi parameter sensors, and the signal is introduced into the chassis.

AfterSalesService :

• groundwater monitoring