Energy saving device under air conditioning environment and energy consumption calculation method

Abstract

The embodiment of the invention provides an energy saving device under air conditioning environment and an energy consumption calculation method. In the energy saving device, a processor drives an atomization apparatus to atomize water contained in a water tank; a liquid level sensor acquires water level information of the water contained in the water tank, and sends the acquired water level information to the processor; the processor receives the water level information, compares the received water level information with historical water level information to obtain water level variation, calculates water quantity consumed by atomization according to the water level variation and size information of the water tank, according to a proportional relation between heat quantity absorbed by atomization of unit volume water and energy consumed by cooling to reduce corresponding heat quantity by air conditioning, calculates energy consumption saved by atomization of the water quantity, and sends the saved energy consumption to a display apparatus; and the display apparatus displays the saved energy consumption. By application of a scheme provided by the invention, enthusiasm of using a humidifier and saving energy of a user can be promoted.

Description

technical field [0001] The invention relates to the technical field of electrical appliances, in particular to an energy-saving device in an air-conditioned environment and a method for calculating energy consumption. Background technique [0002] In summer, people usually use air conditioners to cool down and relieve the heat. However, the air conditioner also dehumidifies while cooling, so that the relative humidity in the environment usually only reaches between 10% and 20%. An environment that is too dry can easily induce symptoms such as rhinitis, dry eyes, and dry skin. [0003] In view of the situation that the environment is too dry, people usually place humidifiers and other atomizing equipment indoors to increase the humidity of the environment through the humidifier. Existing humidifiers usually only perform humidification after the power is turned on, and stop humidification after the power is turned off. They have a single function, which leads to a low degree...

AI Technical Summary

Problems solved by technology

Existing humidifiers can usually only perform humidification after the power is turned on, and stop humidification after the power is turned off. They have a single function, which leads to low dependence of users on the humidifier, and the usage rate of the humidifier is not high.

Images