BRL500Radar water level gauge photography remote monitoring system

Preface

With the development of society and the improvement of people's living standards, the country and the people are paying more and more attention to the construction of water conservancy projects. After the construction of water conservancy projects is completed, how to monitor them is another headache, especially in some remote areas where the level of informatization is relatively low, manual observation data errors are large, the on-site environment is harsh, the system is cumbersome and difficult to maintain, and there is no electricity or network, all of which restrict the effective monitoring of water conservancy projects. Once encountering abnormal weather conditions, the flood prevention safety of major reservoirs and water gates is worrying, the river embankments are in disrepair for a long time and there are major hidden dangers, some organisms on the river surface (such as algae) affect water quality, and some gold mining boats and sand boats illegally excavate, all of which are not conducive to China's water conservancy development and bring irreparable losses to the people. So, in response to these phenomena, there are numerous devices on the market for monitoring water conservancy projects, but so far there is no complete and effective solution due to many limiting factors.

Limitations of the industry

1.Rivers are widely distributed, and using traditional wired connection methods, the cost of laying the lines is high and the construction period is long.

2.Some places have harsh environments and significant limitations due to lack of electricity and internet.

3.Traditional video transmission consumes a large amount of data and is unstable.

4.Surveillance personnel are not free and must24There must be someone on duty every hour.

5.The failure to promptly detect and repair equipment malfunctions resulted in significant losses.

Solution

It is precisely to address these limitations within the industry that our company has developed a system for monitoring water conservancy projects, breaking through the limitations and truly achieving real-time remote monitoring of water conservancy projects such as dams, rivers, and reservoirs.

The Shangzhitong Water Conservancy Monitoring System can be divided into system functions, including on-site water level, rainfall information, on-site image collection equipment, equipment fault information reception and display, and application system construction.

The hardware part includes:

Water level gauge (ultrasonic water level gauge, radar water level gauge, etc. are optional))Rain bucket (tipping bucket rain gauge), alarm, intelligent camera robot (can be connected to equipment), water quality detector (for testing water)PHValue, humidity, temperature, etc.), router (wireless transmission), equipment box (waterproof, lightning proof, dustproof, moisture-proof), solar panels and batteries (for cyclic use or float charging))

The software part includes:

1Fault management platform (if a product at any installed location experiences a fault or power outage, this fault prompt platform will be displayed and sent to multiple associated customers via SMS within * time to ensure that customers receive the information)

2Mobile client（Monitoring personnel download ourapp，Being able to check the on-site situation and receive alarm information at any time)

3Computer PC end (all installed points can input device numbers uniformly into the alarm platform)，Alarm information and on-site conditions are transmitted through this client2Update the image once per second.Users can also switch screens at any time)

System functions

Wireless transmission:

1Through3G/4GNetwork transmission of data, powered by solar energy,The front-end has the characteristics of long-term online and instant messaging;

2Users can access it anytime, anywhere through their mobile phonesAPPCapture images and receive them promptly.

Water level, rainfall, camera and other information collection and system backend

1Timely fault reminder mechanism: equipment (on/off) status information. Timely push to users to ensure user satisfactionReceive the message;

2Support setting multi-level water level warning line values, actively report emergency information when water level status changes, and ensure the timeliness and effectiveness of information;

3Panoramic photography function: all-weather observation of water surface conditions to ensure accurate and timely image information required;

4Warning photography function: When the water level warning alarm is triggered, the terminal automatically takes photos of the scene and pushes the photos and warning information to the customer;

5Storage function: This machine cyclically stores monitoring data without losing it in case of power failure;

6Alarm function:When the water level reaches the emergency level,The system will automatically sound an alarm;

7Water quality monitoring function: testing waterPHValue, temperature and humidity, and grasp the water quality situation.

Equipment and system advantages

1It is not affected by environmental factors and can ensure the normal operation of equipment even in the absence of electricity or network;

2The timeliness of information, whether it is on-site pictures or equipment failure prompts, can be pushed in a timely manner and ensure that recipients receive them;

3Low cost, high efficiency, complete backend system, and strong operation;

4Powered by solar energy, with low power consumption;

5Timely analysis, summarization, and push of historical data and dynamic messages.

Application field