Non-volatile LED (Light Emitting Diode) lamp operation data recording method based on Internet of things

Abstract

The invention relates to a non-volatile LED (Light Emitting Diode) lamp operation data recording method based on the Internet of things. The method comprises the following steps: (1) after a power supply supplies power, a control module begins to work; (2) the control module detects whether the LED lamp works; (3) when the LED lamp begins to work, accumulated working time and consumed power energy are recorded; (4) if the controller detects that the LED lamp does not work or the power supply is cut off, the calculation on the accumulated working time and the consumed power energy is stopped, and the operating data are written into the storage module; (5) handheld mobile equipment reads the operation data of the LED lamp in a wired or wireless communication manner; and (6) after the operation data of all LED lamps are collected, the data can be stored and collected, and the data are submitted to other application channels to be analyzed and utilized. According to the non-volatile LED lamp operation data recording method, each lamp is endowed with one identifier, a communication interface is provided, the operation life cycle of the LED lamp is detected and managed, and the energy saving application modes, such as EMC (Energy Management Contract) and the like, can be supported.

Description

Technical field [0001] The invention relates to a non-volatile LED lamp operating data recording method based on the Internet of Things. Background technique [0002] LED lamps are currently widely used lamps in lighting, advertising, large-scale entertainment activities and other occasions, so they are also an important goal of energy conservation and emission reduction research. When LED lamps are actually used, it is difficult to accurately know their cumulative working time and cumulative power consumption. This makes it difficult for users to judge whether the LED lamps have been used when purchasing them, and to understand the actual conditions of the LED lamps during use. At the same time, the functions of LED lamps operating in isolation are too simple, without identification, it is not convenient to identify different lamps, and it cannot easily support new energy-saving application modes such as EMC (Energy Management Contract). [0003] EMC (Contract Energy Management) ...

AI Technical Summary

Problems solved by technology

When LED lamps are actually used, it is difficult to accurately know their cumulative working hours and cumulative power consumption. This brings difficulties for users to judge whether LED lamps have been used when purchasing, and to understand the actual status of LED lamps during use.

At the same time, the function of isolated LED lamps is too simple, there is no identity mark, it is not convenient to identify different lamps, and it is not convenient to support new energy-saving application modes such as EMC (Energy Management Contract)

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