Remote monitoring electrical box is a device that uses modern information technology to remotely monitor and control the operating status of the electrical box. The following is a related introduction:

system composition

-Perception layer: It includes various sensors and monitoring devices, such as multifunctional instruments that can monitor parameters such as voltage and current, temperature and humidity monitoring devices that can real-time grasp the temperature and humidity of the environment where the electrical box is located, cameras that can intuitively view the on-site conditions of the electrical box, and switch quantity acquisition devices that are responsible for collecting information such as switch status.

-Transport layer: composed of on-site intelligent gateways, switches, etc., mainly responsible for data collection, transmission, processing, and parsing tasks, and stably and efficiently transmitting the data obtained by the perception layer to the application layer

-Application layer: By accessing the management platform through terminals such as mobile phones, tablets, and computers, remote monitoring and management of electrical boxes can be achieved. Users can view electrical box data information anytime and anywhere

Implementation method

Generally, intelligent monitoring devices and communication modules are installed inside the electrical box. The intelligent monitoring devices collect and monitor real-time electrical parameters such as voltage, current, power, leakage current, cable temperature, as well as environmental parameters of the box. The communication module transmits this data to a remote monitoring center or cloud platform through wired or wireless networks. Users can log in to the platform through corresponding software or applications to view and analyze the operation data of the electrical box, and can remotely control it as needed

major function

-Real time monitoring: 24-hour uninterrupted monitoring of the operation data and status of the electrical box, including electrical parameters and environmental parameters, and synchronously summarized on the monitoring platform, so that users can understand the real-time situation of the electrical box at any time

-Intelligent alarm: When abnormal parameters or equipment malfunctions are detected, the system will immediately issue an alarm response and notify management personnel through various methods such as SMS, telephone voice alarm, APP message push, etc., so that they can eliminate hidden dangers in a timely manner and avoid faults

-Data management: Real time curve analysis of monitoring data, providing various parameter operation reports, and automatically generating reports such as hourly, daily, weekly, monthly, quarterly, and yearly according to operation requirements, which can be exported and printed. It can also mine and analyze data to assist in equipment lifecycle research

-Energy consumption management: Automatically store historical data of the distribution room, support query, statistics, analysis and other operations. Management personnel can use this to understand the energy consumption situation of each monitoring point, judge whether the configuration is reasonable, and thus achieve energy conservation and consumption reduction.

-Linkage control: The platform provides various forms of assistance for remote operation and maintenance personnel, and supports integration with other systems to achieve more efficient equipment management and energy utilization

Application scenarios

-In the industrial field, it is widely used in factories, mines, and other places to monitor the electricity consumption of production equipment in real time, detect equipment failures in a timely manner, improve production efficiency, and ensure production safety.

-Commercial venues, such as shopping malls, supermarkets, hotels, etc., can remotely monitor the distribution boxes of their lighting, air conditioning, elevators, and other equipment to achieve rational allocation and utilization of energy and reduce operating costs.

-Power system: used in substations, distribution rooms and other places, it can improve power supply reliability and management efficiency, and achieve remote operation and management of power equipment.

-In the field of architecture: In intelligent buildings, centralized monitoring and management of the distribution boxes inside the building can be achieved, enabling real-time monitoring and analysis of building energy consumption and providing data support for energy conservation and emission reduction.

-In the field of transportation, distribution boxes for transportation facilities such as railways and highways can be monitored remotely to detect potential equipment hazards in a timely manner, thereby improving the operational safety and reliability of transportation facilities.