Modularization intelligent dimming LED (light-emitting diode) high bay lighting lamp

Abstract

Disclosed is a modularization intelligent dimming LED high bay lighting lamp. The modularization intelligent dimming LED high bay lighting lamp comprises a pressing frame, glass, seal rings, a light source cavity, a reflector, an LED light source, a radiator, a power supply, a power supply cavity and a waterproof connector, wherein the LED light source and the reflector are fixed on the radiator, the LED light source is arranged in the reflector of the light source cavity, the waterproof connector is fixed on the power supply cavity, the power supply is fixed in the power supply cavity, the seal rings are respectively arranged behind corresponding grooves arranged on the light source cavity and the power supply cavity, the glass is connected onto the light source cavity through the pressing frame, and the light supply cavity, the radiator and the light source are connected in sequence. According to the modularization intelligent dimming LED high bay lighting lamp, the LED integrated module light source is utilized so that the lamp efficiency can reach more than 85%; the modularized design concept is utilized so that the lamp can be assembled into a high-power and high luminous flux high bay lamp; and the DALI (Digital Addressable Lighting Interface) 0-10V dimming protocol is utilized so that the dimming control is intelligentized, and the energy-saving effect is further improved through the intelligent control under the premise of the energy saving of the LED lamp.

Description

Technical field [0001] The invention relates to a high-bay lighting lamp, in particular to an automatic modularized intelligent dimming LED high-bay lighting lamp. Background technique [0002] In the process of building operation, in order to ensure the normal operation of production activities, most traditional high-bay workshops use gas discharge lamps. The operating time of lighting equipment is often very long, resulting in lighting electricity consumption accounting for a relatively high proportion of building energy consumption. According to the survey of relevant national departments, lighting energy consumption accounts for 11%-30% of the energy consumption of industrial and higher space buildings. If energy saving and emission reduction are involved, the lighting used for lighting can be steplessly adjusted according to the needs of plant applications. Light, so as to change the intensity of the lighting according to the type of work surface, adjust the brightness of th...

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Problems solved by technology

[0002] In the process of building operation, in order to ensure the normal operation of production activities, most of the traditional high-bay factories use gas discharge lamps, and the operating hours of lighting equipment are often very long, resulting in a high proportion of lighting power consumption in building energy consumption. According to the survey of relevant national departments, lighting energy consumption accounts for 11%-30% of the energy consumption of industrial and higher space buildings. If it involves energy saving and emission reduction, the lighting used for lighting can be adjusted steplessly according to the needs of plant applications. Therefore, the intensity of lighting can be changed according to the type of work on the working surface, and the brightness of lighting can be adjusted at any time to achieve energy saving. However, most traditional gas discharge light sources do not adopt dimming control management methods, so it is impossible to adjust the brightness of lighting to achieve energy savings. saving

[0003] In modern technology, LED light sources have the characteristics of high light efficiency and high utilization efficiency, which can save 50% of energy in the replacement of corresponding traditional lamps, and LED light sources can realize intelligent dimming management, making up for the intelligent dimming of traditional gas discharge lamps. However, for high-space buildings, LED light sources are limited by many factors such as heat dissipation and structure. As a result, the power of LED lamps cannot be increased at present, so it is impossible to guarantee high-power, high-luminous LED lamps. Applications in high space buildings

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