Air conditioner indoor energy-saving strategy management system and air conditioner control method

Abstract

An air conditioner indoor energy-saving strategy management system is characterized by comprising an air conditioner, an air conditioner state sensor, an air conditioner strategy gateway, Alyun, a wireless air conditioner temperature controller panel, a human body sensor, a wireless door magnetic sensor, a wireless window magnetic sensor, a mobile terminal and remote computer control equipment. Whether people are in a room can be judged accurately through an algorithm combining the human body sensor with door magnetism, if the condition that people are in the room is detected and an air conditioner is in a work allowable period in a period control strategy, the air conditioner is started, if the condition that no people is in the room is detected, the air conditioner is turned off automatically, and the air conditioner control effect and the energy saving effect are better.

Description

technical field [0001] The invention relates to an air-conditioning indoor energy-saving strategy management system and an air-conditioning control method [0002] , through the combination of the door magnetic sensor and the human body sensor, judge whether there are people in the room through a variety of logics, so as to use the preset air conditioning operation strategy to adjust the indoor air conditioning temperature, humidity, wind speed, etc. Adjust to save temperature. Background technique [0003] In indoor places such as corporate offices, school classrooms, hospital departments, and homes, most air conditioners are manually controlled through remote controls or thermostat panels, so people often forget to turn off the air conditioners in daily life, which not only wastes power Cause economic losses, but also there are security risks. At present, the country advocates green environmental protection and energy saving, and many companies have also formulated an en...

AI Technical Summary

Problems solved by technology

In practical applications, it is impossible that there is no dead angle of the human body sensor, and the human body cannot be in motion all the time. Therefore, although the human body sensor can be used in general homes and indoor venues, the misjudgment rate is relatively high, resulting in a bad user experience.

There is also a solution of adding a light sensor on the basis of the human body sensor, but the practical application cannot solve the problem of judging whether someone is indoors.

In addition, the human body sensor is used to solve the technology of automatically shutting down the air conditioner when there is no one. In the air conditioner without an interface, there is still a problem that it is impossible to obtain whether the air conditioner is on or off, let alone obtain data on the temperature and wind speed of the air conditioner.

The current technology has a method of detecting the power of the air conditioner socket. Although it can be judged whether it is working by the current, it cannot judge the working mode, and cannot read data such as wind speed and temperature.

Therefore, the prior art has low accuracy and poor implementability of the application

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