Intelligent energy-saving lighting device

Abstract

The invention relates to an intelligent energy-saving lighting device, comprising an A, B and C three-phase or single-phase electromagnetic voltage-regulating module, a three-phase or single-phase current and voltage acquisition module, a grouping energy-saving control module, a celestial clock control module, a GSM (global system for mobile communication) remote control module, an environment monitoring module and a central processor. The intelligent energy-saving lighting device optimizes the input voltage of a power supplying system in an electromagnetic induction mode and adopts AC-AC (alternating-current-alternating-current) direct conversion technology to adjust the voltage. The voltage input to a lighting load is the optimal value of the lamp design voltage, thereby achieving the purposes of saving electricity, prolonging the life of the lamp and ensuring the standard lighting requirements. For gas discharge lamps, enough rated voltage is needed to energize gas discharge substances when the lamp is only started, so as to enable a lamp tube to illuminate light. After inducting that the power of the lamp tube is completely achieved, the intelligent system can automatically adjust a load voltage to enable the lamp tube to work in an energy-saving mode, and an energy-saving system is in an automatic on-line detecting state simultaneously.

Description

technical field [0001] The invention relates to the technical fields of electronic technology and low-voltage electrical appliances, in particular to an intelligent lighting power saver. Background technique [0002] The voltage level varies across China. Therefore, when designing various lamps, in order to meet their own normal start-up and light emission under different circumstances, the design voltage is generally lower than the nominal voltage of 220V; and the power system is often used for the convenience of power transmission. Increase the transmission voltage, causing the actual working voltage of the lighting fixture to be too high. These excess voltages not only do not allow the lamps to work more efficiently, but also have two major negative effects: wasting power and shortening the life of the lamps. Under the premise of not affecting the normal use of lighting equipment and ensuring the lighting effect, the intelligent lighting power saver automatically outputs...

AI Technical Summary

Problems solved by technology

[0002] The voltage level varies across China. Therefore, when designing various lamps, in order to meet their own normal start-up and light emission under different circumstances, the design voltage is generally lower than the nominal voltage of 220V; and the power system is often used for the convenience of power transmission. Increase the transmission voltage, causing the actual working voltage of the lighting fixture to be too high

These excess voltages not only cannot make the lamps work more efficiently, but also have two negative effects: wasting electric energy and shortening the life of the lamps

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