With the rapid development of science and technology, the deep integration of information technology and education has become an important trend of global education reform. China attaches great importance to the modernization of education, actively promotes the process of education informatization, and takes smart campus as one of the core contents of the education informatization 2.0 action plan.
Smart campus is built by sensor network, intelligent hardware as the core infrastructure and cloud software system.
In the construction process, the smart campus needs to integrate three types of key data: campus basic data, video data (including audio and image data), and non-video data (such as electricity, water, gas, particulate matter, stress, displacement, etc.). The integration of these data can achieve the optimization of resource use efficiency and cost control, and better evaluate the safety and stability of the campus environment, so as to exert the maximum efficiency of the smart campus.
Omara Smart Campus system (Smart Campus) provides multiple application subsystems such as safe electricity consumption, environmental monitoring, intelligent security, energy saving and emission reduction, and equipment control. Based on LORA technology, it adopts cloud platform control and management to achieve real-time data invocation, remote device management, and diversified intelligent control.
An iot platform can easily realize multiple applications, facilitate managers to realize intelligent management and control, save personnel management costs, improve equipment management efficiency, and create a future campus of "experiential education" for teachers and students.
| Serial number | subsystem | Realization function |
| 1 | Environmental monitoring | Real-time monitoring of temperature, humidity, light, air quality and other environmental conditions |
| 2 | Intelligent security | Real-time monitoring of smart door locks, cameras, smoke, infrared and other security status |
| 3 | Safe use of electricity | Real-time monitoring of power safety failures, including voltage, current and other parameters collection and abnormal alarms, local/remote disconnect control |
| 4 | Energy conservation and emission reduction | Constant temperature control of air conditioning, energy-saving control of lighting, real-time monitoring and statistics of equipment energy consumption, big data trend analysis of energy conservation and emission reduction |
| 5 | Intelligent lighting | Realize remote and intelligent control of lighting, including indoor lighting, street lamps, etc. Local/remote/linkage control |
| 6 | Intelligent lighting | Control the start and stop, temperature adjustment, mode and wind speed of air conditioning, including central air conditioning and split air conditioning. Local/remote/linkage control |
| 7 | Intelligent fan | Control the fan on and off. Local/remote/linkage control |
| 8 | Other extensions | PM2.5 sensors, formaldehyde sensors, water meters, electricity meters, curtain motors, security sensors and other expanded access |
Platform large screen display
Total electricity consumption statistics
Total electricity consumption year-on-year analysis
Analysis of electricity consumption in buildings and classrooms
Power comparison of equipment
Unified management in scenarios
Device details and curves
Custom design of system policy
Maintenance mode safety management
1. Support centralized monitoring of multiple campuses to achieve cross-regional unified management
2. Fully IE browsing and management, using B/S architecture, easy maintenance and upgrade
3. With a complete log management query function, to provide a perfect management system
4. Support a variety of alarm, including SMS alarm, telephone alarm, wechat alarm, web alarm, email alarm, App alarm, etc
5. Support multi-user management rights function
6. Support energy consumption analysis PUE statistical function
7. Support monitoring equipment curve trend chart, column chart display
8. Support secondary development, OEM
Data center
Experience
