As the source of life, drinking water is the basic element of human survival. The safety of drinking water is directly related to the people's living order, life safety and sustainable economic and social development. Therefore, the monitoring of drinking water source is very important to protect the safety of drinking water. As a pioneer of environmental protection enterprises, Jixun Wulian has specially created drinking water source monitoring solutions for several towns in a certain place in Hangzhou according to local conditions. It uses the miniature telemetry terminal TY501 as an important carrier, endows it with intelligent functions, and realizes the monitoring of drinking water sources. The whole process of water supply from "source" to "tap" is monitored and managed, so as to effectively ensure the safety of drinking water for local residents.
Policy Guidance
The Party Central Committee and the State Council attach great importance to the protection of drinking water sources, and successively issued the "Notice on Printing and Distributing the Action Plan for Water Pollution Prevention and Control", "Notice on Strengthening the Work of Drinking Water Safety Guarantee", "National Special Action on Environmental Protection of Centralized Drinking Water Sources" "Plan", "14th Five-Year Plan for Ecological Environment Monitoring", "Outline of Ecological Environment Monitoring Plan (2020-2035)" and other policy documents require automatic water quality monitoring of drinking water sources to improve the level of water source safety assurance.
Project Overview
project size
Hundreds of points are distributed in reservoirs and drinking water sources in multiple towns
monitoring requirements
1
wireless networking
Through wireless communication technology, each monitoring point is connected to the network, and the reservoirs and drinking water sources of each township are monitored and collected in real time.
2
Timing capture
Use high-definition cameras to monitor various monitoring points in water sources in real time, regularly capture on-site pictures, and report on-site water level data in real time through wireless communication.
3
Unattended
RTU equipment needs to have strong compatibility and adaptability. It can not only be used in the harsh environment of the field, but also support the coordination of the mounted sensors to achieve long-term stable operation under unattended conditions.
4
timing feedback
In the case of networking, the RTU device can regularly feed back the on-site conditions of the water source to the server.
solution
In order to let the residents of towns and villages in Hangzhou drink "safe water", Jixun IoT's drinking water source monitoring solution highly integrates wireless communication, Internet of Things, automatic measurement and control, cloud computing, edge computing and other technologies in the miniature telemetry terminal TY501. The telemetry terminal TY501 performs unified management of front-end sensors such as water level, flow meter, water quality, and pressure, as well as reservoir valves and water pumps, and realizes functions such as data monitoring, collection, and calculation, and communicates with 5G, NB-IoT, WAN, and LAN. Aggregate and transmit data by means of standard hydrology and water resource protocols to realize data exchange and sharing with the monitoring platform system.
The monitoring platform is to comprehensively display, analyze, manage, and alarm the monitoring data in the form of reports and images, so as to realize data visualization and sharing. At the same time, the monitoring platform issues execution commands based on the collected data to achieve timely adjustment of abnormalities, timely warning of faults, timely processing of data, and efficient management and control of data information on water sources.
Products Recommended
The TY501 miniature telemetry terminal of Jixun IoT is moderate in size and adopts an industrial-grade standard shell, which is very suitable for field projects. At the same time, in terms of software, its compatibility and stability are stronger than those of the same quality products in the same industry. It not only supports a variety of southbound protocols, but also can be obtained through pulse signals, analog signals and RS485/RS232 serial port signals. The lower computer data, and the northbound protocol is compatible with various versions of hydrology and water resource protocols, which is convenient and efficient enough to connect with various water conservancy platforms, effectively reducing the cost of personnel maintenance and management, and reducing manpower input.
In terms of hardware, TY501 has a variety of interfaces and supports access to sensors such as relays, water level gauges, flowmeters, rain gauges, cameras, mains power/solar energy, etc., which is conducive to meeting the special needs of the subdivided fields of the water conservancy industry.
Product Features
1
Security Monitoring
Real-time monitoring of the reservoirs and drinking water sources in various villages and towns. When people illegally break into the water sources, TY501 can automatically upload security monitoring image data;
2
Limit alarm
Real-time monitoring of water source water level, outlet water pressure, flow, equipment operation status, valve switch status, water quality, etc., once under-voltage, under-current, over-pressure, over-current, water level is too high or too low, flow and pressure exceed the limit, etc., Micro telemetry terminal TY501 can send fault alarm signal;
3
remote control
Miniature telemetry terminal TY501 supports remote operation of equipment, including water pump switch, valve switch and control mode, equipment upgrade, parameter setting, over-limit standard setting, etc.;
4
Multi-center reporting
Real-time monitoring and early warning are implemented in the whole process from water intake from reservoirs and drinking water sources to drinking water for residents, and data is regularly reported to township, county, and city-level management platforms to ensure data sharing, business coordination, and interconnection of platforms at all levels.
actual case
