Energy is the foundation and driving force of modern development. Especially in today's world, energy supply and demand are closely tied to the international political and economic landscape. The sustainable development and utilization of energy is related to the far-reaching development of each country. Therefore, how to use digital means to realize the development and utilization of energy in the process Visualization and intelligent monitoring to improve the safety, reliability and utilization of smart energy are issues of concern to many energy industry players.
Today we will briefly analyze the functional application and use value of the end-edge-cloud integrated video integration platform based on the AI intelligent analysis gateway platform SkeyeVSS in the development and utilization of new energy.
1. Introduction to the plan
The SkeyeVSS national standard video convergence cloud platform is based on the end-edge-cloud integrated architecture, using multi-network convergence and big data cloud computing technology, artificial intelligence technology, and video surveillance technology to realize water, electricity, gas, heat , Oil and other energy resources are monitored in real time. The platform has video capabilities such as massive video access, aggregation and management, processing and distribution. It is lightweight and simple to deploy, and has flexible and diverse functions. In terms of video capabilities, it can realize video live broadcast, recording, playback, retrieval, Cloud storage, alarm reporting, voice intercom, clustering, intelligent analysis and platform cascading, etc., can carry out intelligent and visual management of various scenarios and equipment, realize intelligent inspection of equipment, improve management efficiency, standardize operating behaviors, and reduce safety Risk hidden dangers and improve the level of intelligent energy development.
2. System functions
1. Real-time high-definition video broadcast, covering all terminals
Supports real-time transmission of 720P and 1080P high-definition videos, enabling remote viewing on PC (Windows/Mac/Linux), mobile phones (Android/iOS), WeChat and electronic large screens, meeting the diverse scene needs of users. Supports PTZ pan/tilt control, including focus zoom, direction control, etc.
2. Video recording, storage and playback
It can perform 7*24H recording according to business scenarios, and supports video retrieval and playback. The forest fire monitoring and command center can query real-time recordings on the cloud and historical recordings on the device; it can accurately control video playback through the timeline, enabling traceability, retrieval, and evidence collection of video data on-site in the monitoring area.
3. AI intelligent detection
It can support AI video intelligent analysis function. By capturing, detecting and identifying faces, human bodies, helmets, masks, etc. in video surveillance scenes, it can provide intelligent reminders and notifications for abnormal situations, which can meet the needs of data sensing and video-based services. Intelligent detection, intelligent analysis, intelligent alarm and other needs.
4. Intelligent early warning
It can provide alarms for detected abnormal situations uploaded by front-end equipment, such as video signal loss, obstruction, intrusion into dangerous areas, perimeter intrusion, failure to wear safety helmets correctly, failure to wear masks, etc., and can be linked to sound, light and voice devices for reminders. Alarm messages can be pushed to staff through voice, text messages, message notifications, WeChat, etc.
5. Data analysis
After the data collected by the equipment is intelligently detected and analyzed by AI, the illegal behaviors and results of intelligently identified people, objects, behaviors, etc. are intuitively displayed on the platform to create a visual, comprehensive, and intelligent data fusion analysis, management, and display platform.
6. RTSP/ONVIF protocol access
It has lightweight access, transmission, processing and distribution capabilities, supports RTSP/ONVIF protocol access devices, supports access to multiple high-definition video streams, and supports distribution of RTSP/RTMP/FLV/HLS/WebRTC video stream formats.
7. Standard stream output, multi-terminal/platform coverage
Can support RTSP, RTMP, HTTP-FLV, WS-FLV, HLS, WebRTC and other standard format video stream output, and can realize remote PC terminal (Windows, Mac, Linux), mobile terminal (Android, iOS), WeChat terminal, TV Wall/electronic large screen and other multi-terminal and multi-platform video viewing.
8. PTZ control and voice intercom
If the front-end connected device has a PTZ function, it can be controlled on the platform and supports PTZ control of lens focusing and steering. The voice intercom function can be used to command and dispatch the work site and communicate with the ranger. , intercom, etc.
9. Data awareness
Based on the RTSP/ONVIF protocol, devices scattered at various sites are connected in a unified manner, and services such as data perception, intelligent detection and identification, and distribution are realized based on video images.
3. Application value
1. Data collection and display
The digital energy monitoring visual management platform can collect real-time energy data through sensors, water and electricity meter equipment, etc., such as electricity, water, gas usage, power, energy efficiency, etc., and display these data in the form of charts, curves, etc., so that users can Get a visual understanding of energy usage.
2. Energy analysis and reporting
The system can analyze and make statistics on the collected energy data, and generate reports and analysis results on energy consumption, energy saving effects, energy utilization, etc. through data mining and analysis algorithms to help users understand energy consumption patterns and trends and discover potential energy saving opportunities.
3. Abnormal monitoring and alarms
The system can set warning lines and abnormal monitoring mechanisms. When energy consumption exceeds the set threshold or an abnormal situation occurs, the system will automatically issue an alarm or reminder to help users discover and deal with energy waste and problems in a timely manner. It supports WeChat, SMS, email, etc. Way.
4. Energy efficiency assessment
Managers can evaluate the efficiency of energy use through energy data and related indicators, such as energy intensity, energy utilization, etc., to help users understand the effects of energy use and room for improvement, and provide a reference for formulating energy-saving strategies and measures.
5. Energy management and optimization
Administrators can establish energy management indicators and standards through the system, help users formulate energy consumption goals and plans, monitor and manage the progress and implementation of energy consumption, and optimize energy consumption by optimizing energy usage strategies and control methods.