Infrared controller for temperature differential power generation gas water heater

Abstract

The invention discloses an infrared controller for a temperature differential power generation gas water heater. The infrared controller comprises a temperature differential power generation module and an intelligent control panel, wherein the temperature differential power generation module is connected with a rechargeable battery; the rechargeable battery is connected with the intelligent control panel; the intelligent control panel comprises a microcontroller, an infrared communication module, a temperature sensor, a key display module and a prompter. Heat energy is converted into electric energy through the temperature differential power generation module, and the electric energy is stored on the rechargeable battery, so that the technical effects of self-power supply and energy storage are achieved. Water temperature information is acquired through the temperature sensor, and a corresponding remote controller is connected with the infrared communication module to perform wireless control, so that people can use the gas water heater in a more practical, convenient, safe and reliable way.

Description

technical field [0001] The invention relates to the field of gas water heater controllers, in particular to an infrared controller for thermoelectric power generation gas water heaters. Background technique [0002] Gas water heater, also known as gas water heater, refers to a water heater that uses gas as fuel and transfers high-temperature heat generated by gas combustion to cold water flowing through a heat exchanger to achieve the purpose of preparing hot water. Due to the actual situation and usage habits in our country, gas water heaters are still the first choice of many consumers. The advantages are high thermal efficiency, fast heating speed, stable temperature regulation, continuous use by multiple people, constant water temperature, and low purchase cost. [0003] Gas water heaters need electric energy to be used by the controller. The existing power supply methods generally use external power supply or battery power supply. The battery is a non-renewable energy ...

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Problems solved by technology

[0005]However, hydroelectric power generation or thermoelectric power generation has not been recognized by the majority of users, and has not even entered the market. For individual families, the cost of installing a self-powered device is It exceeds the electricity bill generated by electricity consumption, and it is troublesome, and it is not as direct as using electricity directly; for industrial production, directly adding this device in the production process will increase production costs, and this function cannot persuade users to spend more money To bear this part of the production cost, summed up as the function is too single, not attractive enough

[0006] However, with the progress of society, people are more and more pursuing efficient and convenient life. Generally, household appliances are equipped with corresponding remote controls to facilitate people's use. The existing gas Generally, water heaters must be placed where people can reach them so that people can control them, which has relatively large limitations. If the gas water heater can be equipped with a remote control, it will not only make the installation position of the gas water heater more flexible and reasonable, but also facilitate people to control it. , for this reason, it is necessary to produce a gas water heater controller that can cooperate with the remote control for wireless control and at the same time be self-powered

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