In the current field of large-scale LCD splicing screens, 55 inch products have become the mainstream in shopping malls. However, for many professional users, they may worry about power consumption in future applications. Due to the potential perception of many people that large-scale screens will bring great power consumption, but reality is not the case. In the current field of large-scale LCD splicing screens, 55 inch products have become the mainstream in shopping malls. However, for many professional users, they may worry about power consumption in future applications. Due to the potential perception of many people that large-scale screens will bring great power consumption, but reality is not the case.

Related studies have found that the power consumption of LCD splicing units with different scales does not vary significantly. For example, the 46 inch, 50 inch, and 60 inch LCD splicing units on the market have roughly appropriate power consumption under the same conditions. Under normal circumstances, the standby function is less than 1W, and the startup power consumption is only about 100W. So strictly speaking, the power consumption of LCD splicing screens is determined by the number of LCD splicing units. The more units there are, the greater the power consumption of the screen body. Therefore, if users have a demand for large-scale screen applications, reducing the number of splicing units by selecting large-scale splicing units will actually save more energy.

Currently, the continuous operation of LCD splicing malls for 7x24 hours has become a key element in the marketing promotion of manufacturers. So, in practical applications, do LCD splicing screens really not require rest? In fact, if users want to extend the lifespan of LCD splicing screens as much as possible, they should try to give them a break. Related studies have found that when LCD splicing screens are operated continuously at full load for more than 96 hours, their aging will be accelerated, and in severe cases, they may even burn out. Therefore, long-term operation of LCD splicing screens can easily cause certain pixels to overheat, and once exceeded, it can lead to permanent damage. So when users use LCD splicing screens for a long time, it is better to take a break between them. If conditions do not allow, they can test changing the display content of the screen at different times, so that the screen can be adjusted slightly while waiting for the operation status.