Water heater intelligent control device

Abstract

The invention relates to a water heater intelligent control device. The water heater intelligent control device is mainly composed of an information receiving module, an overclocking switch, an information analysis module, an information verification module, a water heater control module, a zigbee module and a voltage stabilizer. The water heater intelligent control device has the advantages of having a wireless transmission function, being low in cost, high in performance, high in intelligent degree, complete in function, and wide in application range; meanwhile, the water heater intelligent control device is strong in environmental adaptation ability, and high in safety.

Description

technical field [0001] The invention relates to an intelligent control device for a water heater, which belongs to the technical field of home appliance controllers. Background technique [0002] Most of the traditional technologies use wired connection. Once the line fails, it will be very troublesome to repair, and the wiring problem will affect the indoor appearance. Since the switch is at a fixed position, people need to go to the switch position every time for manual operation, which is very troublesome. [0003] In the traditional technology, separate wiring is adopted, which is complicated to implement, difficult to maintain, and high in cost, which reduces the cost performance of the system. There is also a power line carrier technology that can avoid additional wiring, but because the power network environment is unstable and the power grid environment is changing, it is difficult to achieve stable and continuous communication quality. In addition, power line comm...

AI Technical Summary

Problems solved by technology

[0003] In the traditional technology, separate wiring is adopted, which is complicated to implement, difficult to maintain, and high in cost, which reduces the cost performance of the system

There is also a power line carrier technology that can avoid additional wiring, but because the power network environment is unstable and the power grid environment is changing, it is difficult to achieve stable and continuous communication quality

In addition, power line communication also involves secondary pollution to the public grid and information security issues, and is rarely used in the market now.

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