1. Industry background
Due to the large breeding area and high difficulty of management, the traditional fish pond breeding model often encounters regulatory problems such as fish poachers, theft of fry, and illegal intrusions, which has brought considerable economic losses to farmers. In order to solve these problems, it has become necessary to build a remote monitoring system for fish ponds. Through the remote monitoring system, managers can grasp various data and conditions of fish ponds in real time, discover and solve various problems in a timely manner, thereby improving breeding efficiency and management efficiency. However, in actual operations, the on-site environment of rural fish ponds is often very complex, and there are many factors that restrict video construction, such as rugged terrain and unstable network signals.
2. Plan introduction
Based on the video construction needs of rural fish ponds and on-site environmental constraints, TSINGSEE can build a remote high-definition video intelligent monitoring platform for fish ponds through the architecture of solar power module + 4G camera + video surveillance EasyCVR platform + intelligent analysis gateway V4 to meet the needs of rural fish ponds. Video surveillance in fish ponds without network or electricity and intelligent construction requirements with few or no people on duty.
1. Solve the power supply problem
In the construction of fish pond video surveillance, solar cell modules can be used to solve the on-site power supply problem. During the clear day, the solar energy is converted into electrical energy. While supplying power to the load, it can also charge the battery pack. If the solar panel cannot be charged due to rainy weather, the built-in battery pack can also support the surveillance camera to work continuously for more than 5 days. If users need longer standby time, they can choose a larger AH battery pack.
2. Solve network transmission problems
Deploying 4G surveillance cameras on site and configuring traffic cards can solve video network transmission problems. Through the 4G network, the fish pond monitoring audio and video data collected by the surveillance camera can be transmitted to the security monitoring system EasyCVR platform, so that the fish pond monitoring video can be viewed smoothly on the platform and the scene situation can be understood in real time. The platform supports devices to access and transmit video streams through 4G, 5G, WIFI, wired and other methods, which is very convenient.
3. Intelligent video remote monitoring platform
The surveillance cameras deployed at various points in the fish pond are connected to the intelligent analysis gateway V4. Using the rich AI algorithm model built into the gateway, intelligent monitoring of the fish pond and surrounding environment can be realized, and safety hazards can be discovered in a timely manner and alarms can be reported. For example: personnel intrusion, perimeter intrusion, boundary crossing, illegal parking of vehicles, fireworks, etc. The system can remind administrators to check the alarm information through pop-up windows, etc., and can also use on-site voice devices to provide eviction reminders.
- Regional intrusion detection: supports the delineation of warning areas in breeding areas, and detects and warns people who illegally enter the warning area. For example, when fishermen and other people cross the bank of the fish pond, the alarm will be triggered and captured;
- Perimeter intrusion: Automatically detect whether a fisherman has climbed over the fence. If this behavior is detected, it will immediately capture and alarm;
- Cross-border detection: Automatically detect whether someone crosses the warning line. If this behavior is detected, it will be captured and alerted immediately.
- Vehicle illegal parking detection: Automatically detect illegal parking of vehicles in designated areas, and immediately report and display when the alarm is triggered. Vehicle types that support detection: cars, trucks, buses, bicycles, tricycles, motorcycles, electric vehicles wait.
4. Video surveillance viewing
Surveillance cameras deployed at various points in the fish pond are centrally connected to the EasyCVR video aggregation management platform. In terms of video playback, the EasyCVR platform can provide real-time remote video monitoring, video recording, video playback and storage, alarms, voice intercom, It has rich video capabilities such as PTZ control, platform cascading, disk array storage, centralized video storage, and cloud storage. The platform supports single-screen and multi-screen display. Multi-screen playback supports 4, 9, and 16 screen displays, and multiple screens can be played simultaneously. Channel video streaming allows users to monitor 24 hours a day, 7 hours a day without any blind spots, and monitor more fish pond sites at the same time, achieving unattended mode to ensure the safe operation of fish ponds.
The EasyCVR fish pond remote monitoring platform can provide recording and playback functions, allowing users to record and review abnormal events (such as illegal intrusions, thefts, fishing, etc.) and use them as video materials or law enforcement evidence. The platform can also support PTZ operations for cameras with PTZ control functions, including focusing, steering, etc., making it easier to monitor more details.
The intelligent analysis gateway V4 management platform can also perform real-time video monitoring of the added monitoring equipment. You can choose one or more video streams to view, and support full-screen, single-screen, 4-split screen, 9-split screen, and 16-split screen browsing. Support Capture screenshots and automatically save the captured screenshots locally. The system also supports cloud storage capabilities.
Building a remote monitoring system for fish ponds is an important means to realize the modernization and intelligence of fish pond breeding industry. The solar-powered smart fish pond breeding remote monitoring system built with TSINGSEE technology can greatly improve the management efficiency and safety of fish ponds, reduce labor investment and operating costs, thereby achieving the goal of cost reduction and efficiency improvement. In the future, with the continuous advancement of technology and the expansion of application fields, it is believed that remote monitoring systems will play a greater role in more fields.