05
2023
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04
How do energy-saving series products achieve energy saving?
The design of the lamp bead bracket, the lamp bead has high light output efficiency, the required driving current is small, and the energy consumption is also reduced. Also under the premise of the brightness of 7000cd/square, compared with the same specification screen, the energy consumption is saved by 10%. (GTL core technology 1)
Heat sink technology lamp beads, combined with the aluminum bottom shell used in the module to dissipate heat, the temperature of the light-emitting chip and IC is equal to the external temperature of the aluminum shell. Compared with products of the same specification, the temperature is 15-20°C lower than that of conventional products. Compared with the conventional products on the market: the working environment temperature of the chip is low, the light decay is small, and the luminous efficiency is high; the working environment temperature of the IC is low, the operating efficiency is high, and its own energy consumption is low. (GTL core technology 2)
Getlong has the ability to self-package lamp beads. When selecting chips, it strictly controls the voltage level of the chip to ensure the consistency of the screen display, and cooperates with the PCB optimization design to reduce the power supply voltage output and save energy. (GTL Core technology 3)
After the installation of the whole screen is completed, there is no need for forced refrigeration equipment (air conditioners, etc.). The conventional products on the market are calculated according to the power of 300 watts of refrigeration equipment equipped with the display screen. Our display screen is equivalent to saving 300 watts of energy consumption per square meter, saving external auxiliary refrigeration equipment. electricity consumption, saving electricity. (GTL core technology 4)
Adopting a low turning point voltage constant current source, its internal resistance is low, the turning voltage is low, and its own power consumption is small, which reduces the loss of the power supply and improves the use efficiency. (Universal energy-saving solution for display screens)
High conversion efficiency switching power supply is adopted, and the conversion efficiency is as high as 90%. (Universal energy-saving solution for display screens)
Through the automatic brightness adjustment of the software, the brightness of the display screen is reasonably allocated in different time periods, and the brightness is reduced while the power consumption of the screen is simultaneously reduced. (Universal energy-saving solution for display screens)
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