Electricity-saving intelligent electrical appliance controller for building

Abstract

The invention discloses a building electricity-saving intelligent electric appliance controller, which comprises a sensor for monitoring the environment, a communicator exchanging data with external devices, a display, a data processor, a power supply controller and a time management module, wherein the sensor, the communicator, the display, the power supply controller and the time management module are connected with the data processor. The building electricity-saving intelligent electric appliance controller has the advantages of performing data communication with a host computer, setting parameters of each controller through the host computer, achieving unified management, performing environment monitoring even when nobody is on site, setting independent parameters for a single controller, performing sound prompts for various operations, making a user adjustment more accurate, performing sound and light prompts for a user when a machine goes wrong or a system is to be shut down, separating uplink data from downlink data for more convenience for classification control of the system, saving the cost of the whole system, starting up and shutting down devices periodically, and increasing or reducing the number of the controllers randomly.

Description

technical field [0001] The invention relates to a building power-saving intelligent electrical appliance controller. Background technique [0002] At this stage, the office locations of various enterprises or units are relatively dispersed, the number of offices has increased, and various air conditioners and lighting lamps have also increased relatively; these electrical appliances forget to turn off when no one is working, resulting in a sharp increase in power consumption. According to statistics, if everyone can take down the charger or turn off the plug-in power supply in time after using the mobile phone charger, several 5 million kwh generator sets can be shut down around the world. Therefore, the waste of electric power has been very obvious, which brings huge losses to the economy of the enterprise or unit. However, the timing controllers used by some enterprises or units have disadvantages such as single task setting, poor human-computer interaction, the master st...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a building energy-saving intelligent electrical appliance controller, which can effectively solve the problems that the existing air-conditioning and lighting controllers have a single task setting, the master station and the site cannot be set together, cannot be managed in a unified manner, and the site environment cannot be monitored

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