Edge computing gateways are widely used in unattended environments, especially in smart building management. It can realize real-time data exchange between multiple locations and buildings, build a smart building ecosystem through edge computing gateway IoT applications, and solve problems such as traditional building management network wiring, personnel inspection, and post-operation and maintenance. Application in intelligent building management in an unattended environment as well as PLC remote control.
Traditional building management often requires a lot of physical wiring and human resources for equipment monitoring and management. Edge computing gateways enable the interconnection of facilities in various buildings, including lighting, air conditioning, elevators, fire protection, access control, and other equipment. When someone enters an area, the edge computing gateway can automatically adjust the brightness of the lighting according to the signal from the sensor, improving energy efficiency.
When a device fails, the edge computing gateway can issue a fault warning in time and send the fault information to the maintenance personnel. Greatly reduce the waste of human resources and improve the operational efficiency of building equipment. buildingsManagers can manage the building in a unified way through the smart building system remotelywithout having to be physically present.
Smart building refers to the use of advanced information technology to monitor, control and optimize the operation status of each system of the building through the perception equipment and network system inside and outside the building, so as to improve the comfort, energy saving and safety of the building. The edge computing gateway is an important link between smart devices and cloud platforms, which can realize data collection, processing and storage, as well as communication and collaboration with other devices.
Through the edge computing gateway installed on each floor or each functional area, the smart building system can obtain data from various equipment sensors in real time, such as temperature, humidity, light intensity, etc. This data can be used for condition monitoring and fault diagnosis of building equipment. When the temperature on a certain floor is too high, the edge computing gateway can alert in real time and take relevant actions, such as adjusting the air conditioning or ventilation system. This not only improves the comfort of the office environment, but also reduces energy waste.
The edge computing gateway enables remote control of PLCs (programmable logic controllers) in buildings, which can control building equipment according to preset logic conditions. With the edge computing gateway, managers can remotely control and program the PLCs in each buildingRealize remote management of lighting, air conditioning, fire protection, access control and other equipment
The IR4000 can also enable real-time data exchange between building equipment. The presence of various devices in individual buildings generates a wide variety of data that is important for building management. This data can be transmitted and shared in real time through the edge computing gateway, so that enterprises and individuals between different buildings can exchange and cooperate more efficiently.
Edge computing gateways can also realize big data analysis and intelligence of building equipment through connection with smart building systems**. By collecting and storing a large amount of building data, such as electricity consumption, water consumption, and quantity, the edge computing gateway can analyze the building operation, find out the causes of energy waste, and provide corresponding improvement measures. This increases the energy efficiency of the building and reduces operating costs.
The remote control function and real-time data exchange function of the edge computing gateway greatly facilitate the work of management personnel, and can carry out unified management of the building more efficiently.
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