Intelligent energy consumption collector based on power line carrier communication

Abstract

The invention discloses an intelligent energy consumption collector based on power line carrier communication. The intelligent energy consumption collector comprises a display module, a control module, a power module, a data collection module, a heat dissipation module and a data communication module. The technology of power line carrier communication is utilized, and remote collection of an electricity meter, a water meter and a gas meter can be realized by using a power cable; the equipment is high in integration, and a collector, a repeater, a data receiver and network communication equipment inside a remote meter reading system are integrated together; the intelligent energy consumption collector is provided with the display module and the control module, and real-time energy consumption data of an appointed user can be acquired; the power module is provided with a voltage stabilization source, and AC 220V civil electricity can be converted into DC 24V, so that the power supply ofpartial modules is facilitated; the intelligent energy consumption collector is additionally provided with the heat dissipation module, so that the safety of electricity utilization is guaranteed; equipment data support flexible transmission of four media such as wireless WIFI, a twisted pair, an optical fiber and an SD card; the equipment data support flexible examination of local and mobile terminal, so that the intelligent energy consumption collector can be widely applied to the remote meter reading system in a smart city.

Description

【Technical field】 [0001] The invention discloses an intelligent energy consumption collector based on power carrier communication, which belongs to the field of intelligent instruments. 【Background technique】 [0002] With the development of smart buildings, the Internet of Things and computer information technology, more and more equipment and hardware products have been added to smart cities, and intelligence has gradually developed from a concept to a concept and reality. my country has a vast territory and a large population, and various industrial, commercial, and civil buildings are being constructed frequently, and the scale is getting larger and larger to meet the basic living needs of the huge population. [0003] At present, water meters, electricity meters and gas meters are installed in various buildings to monitor the actual consumption of users and facilitate the collection of various energy consumption fees. Most electricity meters have realized remote meter ...

AI Technical Summary

Problems solved by technology

Most electricity meters have realized remote meter reading by adding smart data acquisition chips or power carrier, but the meter reading of water meters and gas meters still mainly relies on manual labor.

Most of the newly built communities install water meters, electricity meters and gas meters centrally, which is convenient for meter readers to copy. However, the installation of water meters, electricity meters and gas meters in old communities is relatively scattered, making meter reading a very heavy work and consuming a lot of manpower Material resources, efficiency is not high enough

A small number of high-end residential areas and smart factory areas have promoted remote meter reading systems in a small area, requiring the installation of various collection, transmission, and network equipment, cumbersome wiring, difficult maintenance, and high costs

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