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13645368788
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Oulong Technology Park, No.1 Jinma Road, Hanting District, Weifang City, Shandong Province
Shandong Wanxiang Environmental Technology Co., Ltd
Groundwater automatic monitoring system: automatic tracking and monitoring, remote intelligent control
Date: 2025-12-22Read: 11
WX-DSW4, Shandong Wanxiang Environment, supports multi domain environmental monitoring. In the fields of groundwater dynamic monitoring, water resource protection, geological hazard warning, etc., the traditional manual monitoring mode has drawbacks such as data lag, limited coverage, high labor costs, and large measurement errors, which are difficult to meet the needs of modern and refined control. The groundwater automatic monitoring system has the core advantages of "fully automatic monitoring, remote control, and intelligent warning", realizing automatic collection, real-time transmission, intelligent analysis, and warning of groundwater level data, greatly improving monitoring efficiency and control level. It is widely used for online monitoring of water level in deep groundwater wells, mining wells, geothermal wells, and other scenarios.
The entire process runs automatically, freeing up labor costs. The groundwater automatic monitoring system realizes the full process automation from data collection to transmission, without the need for manual on-site intervention. The system is equipped with high-precision diffused silicon piezoresistive sensors, which automatically measure the groundwater level based on the principle of hydrostatic pressure. The measurement range covers 100-400 meters and can accurately capture subtle changes in water level; The core automatic correction algorithm effectively offsets the numerical errors caused by water surface fluctuations, ensuring accurate data. The equipment adopts an immersion installation, equipped with anti-corrosion stainless steel probes and high-quality air guide cables, which can operate stably in water all year round without frequent maintenance; The design of sloping guide holes prevents sludge blockage and further reduces operation and maintenance costs. The system can set a timed collection frequency, which can be flexibly adjusted from minute level to hour level. It automatically stores historical data to avoid manual recording omissions and errors.
Remote data control to achieve global collaboration. The system has powerful remote data transmission and management functions, using RS485 signal output, with a maximum communication distance of up to 2000 meters, and can upload data to the IoT monitoring platform through wired or wireless means. Management personnel can log in to the platform through computers, mobile phones, and other terminals to view real-time water level data, historical change curves, and data statistics reports from multiple monitoring points, achieving centralized management of monitoring data across the entire area. The platform supports data export function, which can export historical data to standardized formats such as Excel, providing complete data basis for water resource analysis and disaster warning plan formulation. For remote areas without mains power coverage, the system is equipped with a solar panel top embedded power supply module, which has high photoelectric conversion efficiency and strong wind resistance level. The MPPT automatic power point tracking charging controller improves charging efficiency by 20%, ensuring long-term stable operation of the system.
Intelligent warning empowerment to prevent disaster risks. The system has a built-in intelligent warning algorithm, and management personnel can customize the water level warning threshold through the platform. When the groundwater level exceeds the safe range (too high or too low), the system immediately triggers multiple warning mechanisms: not only does it pop up a warning prompt on the monitoring platform, but it can also send warning information to designated management personnel's mobile phones through short message alarm, clearly informing them of the abnormal point, current water level, and warning level, ensuring timely communication of warning information. This rapid warning capability is particularly critical in geological disaster prevention and control. For example, in areas with land subsidence risk caused by excessive groundwater extraction, the system can monitor abnormal water level drops in advance and issue warnings; Monitor the abnormal rise of groundwater level in the surrounding area of the mine, warn of water permeability risks, and buy valuable time for emergency response.
Multiple protective measures and adaptability to complex environments. The system adopts protective design for complex monitoring environments such as outdoor and underground environments: both sensors and protective boxes are made of stainless steel materials, which are corrosion-resistant, anti-oxidation, and have a waterproof level of IP66, and can adapt to harsh environments such as humidity, salt spray, and dust; The integrated structure combined with triple lightning protection technology effectively resists lightning interference and high-voltage impact; Equipped with reverse polarity protection and instantaneous overcurrent and overvoltage protection functions, it meets EMI protection requirements and ensures circuit safety and stability. In a monitoring project for a geological hazard hidden point, the system has been automatically monitoring changes in groundwater level for a long time, successfully capturing abnormal fluctuations in water level and sending warnings three days in advance. Relevant departments promptly organized nearby residents to evacuate, avoiding casualties caused by geological hazards; In a certain water resources protection zone, the system covers the entire area to monitor the groundwater level, providing accurate and continuous automatic monitoring data support for water resources control in the protection zone.