1、 Analysis of the Construction Requirements for the Internet of Things in Smart Classrooms

Interactive teaching experience:Enable students to experience the application of IoT technology through interactive and practical activities, and immerse themselves in modern teaching.

Electrical equipment management:Realize intelligent management of electrical equipment such as lights, air conditioning, projectors, and smart door locks in various scenarios such as classrooms.

Equipment energy consumption management:Manage the electricity consumption of electrical equipment such as classroom lights, air conditioning, projectors, and electronic whiteboards, and record the energy consumption of electrical appliances.

Safe electricity management:The long-term operation of classroom appliances can cause high loads on the circuit, requiring power-off operations when not in use, automatic protection in case of unsafe situations such as overcurrent and overload, and restrictions on high-power electricity consumption.

Classroom security construction:The access control of classrooms, offices, and other scenes in schools requires convenient management, and even if teachers are not in the classroom, they can directly control the opening and closing of the doors.

IINew communicationIntroduction to Spring Silkworm Campus IoT Solution

New communicationThe IoT platform supports a massive number of sensors（1000+types of IoT gateway access, multi protocol IoT gateway software defined protocols (such as LoRa, ZigBee, 433, etc.) can be used to connect various third-party industry intelligent terminal devices, solving the problem of difficult expansion of transmission networking in the past and meeting the application needs of IoT in classrooms and school scenarios.

New communicationThe IoT platform can support diverse large screen display services to meet the needs of different users. Visually display the overall operational status of the campus.

1. Classroom teaching linkage system

The Spring Silkworm Campus Classroom Linkage System facilitates teachers to adopt various forms of interactive teaching methods, helping them to carry out personalized and exploratory teaching more simply and easily.

For example, if a teacher wants to write on a blackboard halfway through a teaching video, the teacher only needs to pull out the blackboard, and the laser projector will automatically turn off and the blackboard light will automatically turn on. After completing the blackboard writing, the teacher only needs to restore the blackboard to its original position, and the relevant equipment will automatically return to its pre screening state, allowing the film to seamlessly transition between screenings.

Teacher plays instructional videos

The teacher pulled out the blackboard and started writing on it

2. Intelligent scenario system

Software Defined ClassroomSDC， Common classroom scenarios can be set through the scenario panel, allowing the classroom to be seen with just one click.

For example, when a teacher needs toWhen playing and explaining PPT or short videos, clicking on the presentation mode will automatically turn on the laser projector and turn off the blackboard lights, and you can enter the pre-set presentation environment in one second.

3. Equipment control system

Timer can be used to turn on and off lighting and other equipment. When saving energy in control methods, it can also reflect the humanization of the system. For example, during school holidays, the lights in teaching buildings will be turned off at regular times.

Not just lighting control,New communicationSpring Silkworm Campus can also monitor and summarize the real-time usage of equipment, and promptly present alarm reports for abnormal situations, helping management personnel quickly locate faults and conduct troubleshooting.

4. Environmental monitoring system

The environmental monitoring system can detect various environmental parameters including temperature, humidity, light intensity, air quality, etc. It can also be linked with corresponding equipment to adjust the indoor environment.

5. Energy saving management system

Ranking and trend analysis of energy consumption in the power system, daily electricity consumption statistics, and intelligent analysis of campus electricity consumption backend to assist schools in further energy-saving and emission reduction strategies.

6. Electrical safety system

Through the platform, safety hazards such as abnormal cable temperature, short circuit, overload, overvoltage, undervoltage, and leakage can be detected in real time in electrical circuits and equipment.

New communicationIoT solutions can limit the use of high-power appliances. Set power limitIf the limit is exceeded, the buzzer will sound an alarm, and the power will be cut off immediately or delayed for 1 minute. An app warning message will be pushed to the dormitory administrator to ensure electrical safety, thus achieving comprehensive protection of campus electrical safety.

7.Intelligent door lock system

Intelligent door locks can be integrated with the campus one card system to perform overall statistics on the operation status of door locks, including the operation status of door locks in the environment, door lock switch personnel, whether there are door lock faults, and the number of door lock switches, all of which will be accurately counted.