What is the relationship between smart buildings and the Internet of Things?

The application of Internet of Things technology can interconnect various equipment and facilities in a wired or wireless way, establish and form a corresponding information transmission system, make the transmission of information more timely, make the relevant staff grasp the information, and carry out comprehensive and detailed analysis and security control for the information, which is also an effective way to achieve the best monitoring, positioning and traceability, alarm linkage and remote control, security and other functions. Through the use of Internet technology, we can achieve the goal of high efficiency, energy saving, safety and environmental protection in the process of connection and management of objects, and the intelligent building system integrating modern building technology and advanced Internet technology is gradually produced and widely promoted, and has produced obvious effects and effects in various places.

The Internet of Things technology for building energy saving is mainly reflected in the unified management of lighting and HVAC systems, based on EMN Internet of Things products can realize the data collection of temperature and humidity, air quality, energy consumption data in the building, as well as the water leakage monitoring in the water area, and the EMN hybrid logic can be based on the sensor to actively adjust the lighting and HVAC working status under different conditions such as manned, unmanned and holidays, so as to achieve building energy saving and ensure the safety and comfort of the office environment.

With the rise of the Internet of Things, the smart home industry has attracted much attention, and more and more consumers like to put forward requirements for smart homes from the perspective of the Internet of Things, hoping that smart homes are wireless, safe, can be installed by themselves and can be perceived and controlled with mobile phones, and some high-end people hope that smart homes can provide cloud services. The rich application of the Internet of Things is currently being rapid in various industries, and various reports and imaginations are overwhelming, and smart home has become one of the Internet of Things applications that consumers pay close attention to, and these fashionable trends are prompting smart consumers to look at smart home from the perspective of Internet of Things. In the final analysis, the Internet of Things is for people, and the family is not only the most extensive basic unit of society, but also the place where people stay for a long time, these two factors determine that smart home will become the most important application place of the Internet of Things.

Internet of Things technology can play an important role in building energy efficiency, and the main ideas are reflected in the following aspects:

Smart energy management: IoT technology can enable real-time monitoring and control of various devices in a building, including lights, air conditioners, elevators, etc., to achieve smart energy management. Through the analysis and processing of energy consumption data, more accurate energy-saving plans can be formulated to reduce energy consumption.

Energy data collection and analysis: IoT technology can realize the data collection and analysis of various devices in the building, including temperature, humidity, carbon dioxide concentration, etc., so as to achieve comprehensive monitoring of energy consumption. By analyzing and mining the data, it is possible to identify energy consumption problems and potential energy savings.

Intelligent lighting system: IoT technology can realize intelligent control of lighting equipment in the building, including light sensing, personnel sensing, etc. Through the application of intelligent lighting systems, fine control of lighting equipment can be realized and energy consumption can be reduced.

Intelligent security system: IoT technology can realize the intelligent control of security equipment in the building, including access control, cameras, etc. Through the application of intelligent security system, the fine control of security equipment can be realized and energy consumption can be reduced.

In short, the Internet of Things technology has a wide range of high-loss reuse prospects in building energy conservation, which can realize the intelligent management and control of various equipment and scenes in the building, reduce energy consumption, and improve the energy-saving effect.

The application of Internet of things technology can interconnect various equipment and facilities in a wired or wireless way, establish a corresponding information transmission system, make the transmission of information more timely, make the relevant staff grasp the information, and carry out comprehensive and detailed analysis and security control for the information, which is also an effective way to realize the best monitoring, positioning and traceability, alarm linkage and remote control, security precautions and other functions. Through the use of Internet technology, the goal of high efficiency, energy saving, safety and environmental protection in the process of connecting and managing objects can be realized, and the intelligent building system integrating modern building technology and advanced Internet technology is gradually produced and widely promoted, and has produced obvious effects and effects in various places.

The Internet of Things technology for building energy saving is mainly reflected in the unified management of lighting and HVAC systems, based on EMN Internet of Things products can realize the data collection of temperature and humidity, air quality, energy consumption data in the building, as well as the water leakage monitoring in the water area, and the EMN hybrid logic can be based on the sensor to actively adjust the lighting and HVAC working status under different conditions such as manned, unmanned and holidays, so as to achieve building energy saving and ensure the safety and comfort of the office environment.

About building energy efficiency, shrimp network.

Among the building energy saving solutions provided, the energy consumption monitoring system and the air conditioning monitoring system solve this problem well.

Functions of the energy consumption monitoring system:

1. Obtain real-time energy consumption data through classified and itemized collection of energy consumption.

2. Standby energy consumption analysis to find out where energy waste and loss are.

3. Building information entry, timely grinding of the car unit consumption index.

4. Annual and monthly energy consumption reports, graphical analysis, etc.

5. Analysis of the proportion of energy consumption by category and item, which is conducive to refined management.

6. Divide and analyze, accurately find the energy consumption waste point, and reduce energy consumption without sacrificing comfort.

Features of the air conditioning monitoring system:

Through the LAN server or computer, the intelligent control of the multi-online air conditioning system can be realized. According to the monitored indoor temperature, air conditioning operation status and other information, the air conditioning of the monitored room is controlled and managed remotely intelligently and energy-saving, so as to reasonably control the indoor air conditioning temperature and provide good indoor air quality, so as to make the traditional air conditioner more energy-saving, intelligent and comfortable. Closed bucket.

1. Real-time monitoring of the remote status of the air conditioner can be realized through the browser or client, and the status, running wind speed, mode, timing, set temperature and current temperature of the air conditioner can be remotely viewed;

2. The air conditioner can be remotely controlled through the network to realize the setting of wind speed, temperature, mode, timing, etc.;

3. Start-up operation energy-saving temperature and limit the operating temperature adjustment range;

4. According to different application places, different on/off tasks can be set from Monday to Sunday: energy saving in an all-round way;

5. Real-time monitoring and generation of energy consumption curves, and adjustment of the plan at any time.

Hope it solves your problem.

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Characteristics of intelligent building system: (1) The overall architecture of the Internet of Things is fully presented, and the top layer realizes the overall management and control with cloud computing technology. (2) The perception layer will be composed of all kinds of network sensors, including all sensors in the building control system, industry cognitive cameras, infrared radiation sensors, various access control sensors, smart water and electricity meters, fire probes, etc., all of which will form the sensing network of the building "intelligent" large control system in the form of network structure.

3) The network layer will be composed of a transmission medium and an IP function controller, which is to use the integrated wiring system as the transmission medium, and transmit the sensing layer signal to the corresponding IP function controller through the communication protocol of the Internet of Things standard. (4) The application layer will be composed of centralized management and functional software for decentralized applications, which still conforms to the "principle of distributed control". The functional software determines the application scope and control function of the IP function controller, and can realize different functional control requirements at the same management level to achieve a large integrated control mode.

5) Large-capacity on-site storage devices at the building level, including a large number of historical data storage devices (now mainly building energy consumption collection servers, storage servers and analysis servers, etc.), ** storage devices (now mainly hard disk recorders, etc.) will be gradually replaced by network backup systems - "cloud storage" platform. (6) cloud computing as the top of the centralized management and control platform, to achieve the overall control function of the building group, the crane "distributed control" principle will be a single building of the "small distributed control" system extended to the building group of the "large distributed control" system, so that the overall sensing unit of the building complex (the sensor of the perception layer), the control unit (the application layer of the IP function controller and the function control software), the execution unit (the application layer of the IP function controller and the field execution equipment), The feedback unit (the feedback mechanism and sensor of the perception layer) forms a large control loop to realize the large-scale closed-loop control and management of the building complex.

In the era of the Internet of Things, Jingyang Technology has made the above six characteristics of the intelligent building system, and there are no shortcomings. Learn more about pending inquiries.

Building energy conservation requires the use of Internet of Things technology, real-time perception and collection of data with sensor equipment, and connection of the building with the Internet through wireless networks to achieve information exchange and control. Help users realize intelligent control of lighting, temperature, energy consumption, environmental monitoring and control, etc., and intelligently control, monitor and manage the building space, which can save money by using electricity effectively and efficiently.

The PACOM intelligent building energy consumption system can help users realize intelligent control of lighting, temperature, energy consumption, environmental monitoring and control, space intelligent management and control, personnel and asset positioning, etc., and intelligently control, monitor and manage the building space. In terms of security, the system carries out multi-layer encryption and blacklist mechanism for the system, which can provide industrial-grade, first-class and multi-level security required by the Internet of Things. And the AI algorithm is added to the platform, so that it has a super artificial intelligence algorithm, through continuous data collection, analysis, mining, it can carry out the best maintenance of the overall building system operation, and at the same time optimize the automatic control strategy for user experience data, environmental data, etc., without perceptual intelligent control.