Power supply plug-type integral Internet of things power parameter monitoring device

Abstract

The invention provides a power supply plug-type integral Internet of things power parameter monitoring device. The power supply plug-type integral Internet of things power parameter monitoring deviceis characterized in that power parameter monitoring modules and wireless communication modules are integrated in a conventional power supply plug to realize measurement of power parameters and a one-to-many BLE (Bluetooth Low Energy) wireless communication manner. The power supply plug-type integral Internet of things power parameter monitoring device comprises a front shell, a power supply switching module, power parameter monitoring modules, wireless communication modules, power supply plug metal inserting sheets, a power connection cable and a back shell, wherein the power supply plug metalinserting sheets are fixed on the front shell; the power supply switching module, the power parameter monitoring module, the wireless communication module are arranged in a space enclosed by the front shell and the back shell; one end of each metal inserting sheet extends out of the front shell; the power connection cable for connecting the power parameter monitoring module and the wireless communication module extends out of the enclosed front shell and the back shell; the wireless communication module comprises a wireless multi-node communication circuit, and power parameters measured by the plurality of power parameter monitoring modules can be read, displayed and stored in real time by one piece of wireless data receiving end equipment simultaneously through the wireless multi-node communication circuit.

Description

technical field [0001] The invention relates to the technical field of power parameter measurement, in particular to a power plug type integrated IoT power parameter monitoring device. Background technique [0002] With the enhancement of people's awareness of environmental protection and energy saving, people have also paid great attention to the energy consumption of electrical appliances and the safe operation of electrical appliances. Generally, electrical equipment in the home does not have the function of measuring power parameters. If you want to know the power consumption of electrical appliances, etc. Electrical information needs to be measured with special measuring instruments, and ordinary families do not have special instruments. At the same time, as far as the shutdown mechanism of electrical equipment is concerned, there is a significant difference in energy consumption between remote control shutdown and switch shutdown. In the home, the electrical appliances...

AI Technical Summary

Problems solved by technology

[0002] With the enhancement of people's awareness of environmental protection and energy saving, people have also paid great attention to the energy consumption of electrical appliances and the safe operation of electrical appliances. Generally, electrical equipment in the home does not have the function of measuring power parameters. If you want to know the power consumption of electrical appliances, etc. Electrical information needs to be measured with special measuring instruments, and ordinary families do not have special instruments

At the same time, as far as the shutdown mechanism of electrical equipment is concerned, there is a significant difference in energy consumption between remote control shutdown and switch shutdown. In the home, the electrical appliances we use are often turned off by remote control. It does not consume power. In fact, there will still be standby power consumption after the remote control is turned off, and the standby power consumption is still large when the green mode electrical appliances are not used; while the switch is turned off, it is a complete power failure, which does not consume power at all.

People often cannot distinguish the difference between these two shutdown methods in daily life, and it is also difficult to understand the energy consumption of household appliances under different operating conditions, and the real energy consumption of electrical appliances in the standby state

In addition, all kinds of electrical equipment need to be connected to the power supply through the power plug to work. The traditional power connection plug only provides the function of connecting electrical equipment to the mains network safely and conveniently, and does not have the measurement function

In the era of the Internet of Things, in order to realize the interconnection of all things, a large number of sensors are required in the Internet of Things scenario. The installation and configuration of ubiquitous sensors will greatly affect the existing electrical appliances, The placement of household and other facilities may lead to new modification projects and costs, and a large number of sensor points will also bring visual clutter

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