Energy saver of LED dimming energy-saving lamp

Abstract

The invention discloses an energy saver of a dimming energy-saving lamp. The energy saver structurally comprises a fixing base, a body, a control panel and a maintenance plug, the top surface of the fixing base is connected with the bottom surface of the body in a welded mode, the bottom surface of the control panel is fixedly arranged on the top surface of the body, and the left side of the maintenance plug is embedded into the right side of the body. According to the energy saver, after a certain Step-down transformer in the energy saver is damaged, rapid response can be realized, the damaged step-down transformer is directly popped up, current-conducting rods are pushed to be combined with each other by a boosting ring so that the current is continuously output through the current-conducting rods, the situation that the whole LED energy-saving lamp is broken down and loses the lighting working capacity due to the damage of one certain step-down transformer is avoided, the damaged step-down transformer is easily found, and the maintenance is more convenient.

Description

technical field [0001] The invention relates to the field of LED lamps, in particular to an energy saver for LED dimming energy-saving lamps. Background technique [0002] Economizers are generally divided into lighting economizers and various power economizers. They adopt high-voltage filtering and energy absorption technology to automatically absorb the energy of the reverse potential of high-voltage power equipment and continuously feed it back to the load, saving electrical equipment from high This part of the electric energy absorbed by the piezoelectric grid, in order to avoid voltage loss and low voltage during the peak period of power consumption, generally uses increased voltage transmission during the power transmission process. After being absorbed by the energy saver, it becomes a suitable voltage for transmission to the If the electrical equipment is not processed by the energy saver, although the electrical equipment can still work normally, but due to the exce...

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Problems solved by technology

[0002] Economizers are generally divided into lighting economizers and various power economizers. They adopt high-voltage filtering and energy absorption technology to automatically absorb the energy of the reverse potential of high-voltage power equipment and continuously feed it back to the load, saving electrical equipment from high This part of the electric energy absorbed by the piezoelectric grid, in order to avoid voltage loss and low voltage during the peak period of power consumption, generally uses increased voltage transmission during the power transmission process. After being absorbed by the energy saver, it becomes a suitable voltage for transmission to the If the electrical equipment is not processed by the energy saver, although the electrical equipment can still work normally, but due to the excessive voltage, the electrical equipment is more prone to heat, the efficiency is reduced, and the service life will also be affected. The energy saver for LED energy-saving lamps is connected to the power inlet of LED energy-saving lamps in series, and the current of the high-voltage power grid is absorbed by various methods and then sent to the LED energy-saving lamps to make the energy-saving lamps shine. The energy-saving device can connect multiple LED energy-saving lamps in series to work for multiple LED energy-saving lamps. However, once a voltage-reducing element inside the energy-saving device is damaged, it will cause the entire piece of LED energy-saving lamps connected to it to go out, making the entire LED energy-saving lamp Lamp paralyzed and lost the ability to work brightly

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