Pull type intelligent community power quality monitoring accommodating device

Abstract

The invention relates to a pull type intelligent community power quality monitoring accommodating device and belongs to the electric power equipment auxiliary technical field. The pull type intelligent community power quality monitoring accommodating device consists of a base and a box body; the box body is connected onto the base fixing holes are formed at four corners of the base; plugging slots are formed in the base; the back wall of the box body is provided with plugging blocks; the plugging blocks are correspondingly clamped into the plugging slots, so that the box body can be connected with the base; the plugging blocks are provided with grooves; the grooves of the plugging blocks are connected with clamping blocks; each clamping block is connected with the side surface wall of one side of the groove of the corresponding plugging block through a connection shaft; the lower parts of the clamping blocks are connected with springs; clamping grooves corresponding to the clamping blocks are formed in the plugging slots of the base; the clamping blocks are plugged into the clamping grooves, so that the box body can be fixed and clamped to the base; the back surface wall of the box body and the front surface wall of the base are correspondingly provided with conductive sheets and connecting terminals respectively; and the conductive sheets are attached and connected to the connecting terminals. The pull type intelligent community power quality monitoring accommodating device of the invention is simple in structure. With the pull type intelligent community power quality monitoring accommodating device adopted, the power quality of community users can be conveniently monitored, space can be saved, and community environment can be beautified.

Description

[0001] 【Technical field】 [0002] The invention relates to the field of electric power equipment auxiliary technology, in particular to a pull-type smart community power quality monitoring and storage device. [0003] 【Background technique】 [0004] As we all know, with the popularization of the concept of smart grid, especially the application of new energy and distributed power generation technology, intelligent power supply service communities that are low-carbon, environmentally friendly, safe and comfortable, convenient and fast, and can provide higher power supply and service quality Favored by power users, the smart community project is based on advanced smart grid technologies such as clean energy access, two-way interactive services, quick response to power outages, electric vehicle charging, and power fiber-to-the-home, to meet the diverse and interactive needs of residents. Electricity demand, support "triple network integration" service, advocate energy-saving, envi...

AI Technical Summary

Problems solved by technology

[0004] As we all know, with the popularization of the concept of smart grid, especially the application of new energy and distributed power generation technology, intelligent power supply service communities that are low-carbon, environmentally friendly, safe and comfortable, convenient and fast, and can provide higher power supply and service quality Favored by power users, the smart community project is based on advanced smart grid technologies such as clean energy access, two-way interactive services, quick response to power outages, electric vehicle charging, and power fiber-to-the-home, to meet the diverse and interactive needs of residents. Electricity demand, support "triple network integration" service, advocate energy-saving, environmental protection, low-carbon lifestyle, smart community mainly applies distributed power management system, install photovoltaic power generation, wind power generation, energy storage devices and other distributed power sources in smart communities, Deploy control devices and monitoring equipment, user-side distributed power supply operation status monitoring system, etc. However, all power consumption indicators are reflected by electric energy meters, and the peak time and power consumption value of each household in the community are different. There are many dedicated power quality monitoring systems in the stage, and these systems play a very important role in monitoring electric energy meters. However, the installation and storage of these devices are relatively messy and occupy a large space, which affects the overall layout and appearance of the community.

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