Parameter adjustment method, device and gas water heater based on gas water heater

Abstract

The present application relates to a parameter adjustment method and device based on a gas water heater, and a gas water heater. The method includes: acquiring current environmental parameters, and when it is determined that the geographical environment data of the gas water heater has not changed according to each current environmental parameter, acquiring user water setting parameters. According to the user's water setting parameters, the operating parameters of the gas water heater are adjusted, and the operation of the gas water heater is controlled based on the adjusted operating parameters. By adopting this method, the geographical environment data of the gas water heater and the user water setting parameters are considered, and the corresponding operating parameters of the gas water heater are determined for adjustment, so as to control the operation of the gas water heater according to the adjusted operating parameters, without the need for The user can manually adjust the operating parameters according to the use experience, etc., and can accurately determine the operating parameter adjustment method that needs to meet the current use needs and reduce energy consumption as much as possible, thereby improving the performance of the gas water heater and reducing resource waste.

Description

technical field [0001] The present application relates to the technical field of electrical appliance control, and in particular, to a method and device for adjusting parameters based on a gas water heater, and a gas water heater. Background technique [0002] With the development of electrical control technology and the wide application of various electrical equipment in people's life and work, the performance requirements for electrical equipment in the actual application process are increasing. For example, for gas water heaters, in order to meet the actual needs of different users, users can adjust different parameters such as water consumption time, water consumption time point and water temperature to meet the needs of different application scenarios or application environments. [0003] However, the adjustment and setting of the water temperature or the user's time has traditionally been performed manually by the user. Different users and different use environments n...

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Problems solved by technology

[0003] However, traditionally, the adjustment and setting of the water temperature or the user's time usually requires the user to manually set the water temperature or reserve the time of the water, etc.

Different users and different use environments need to be adjusted in real time corresponding to the user. When the user's use environment changes, the gas water heater cannot perceive the change of the geographical environment. And the parameter adjustment method that reduces energy consumption as much as possible leads to poor performance of the whole gas water heater and easily leads to waste of resources

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