A 5g communication base station control cabinet

Abstract

The invention relates to the technical field of bathroom communication equipment, and discloses a 5G communication base station control cabinet. The 5G communication base station control cabinet comprises a cabinet body, a battery compartment arranged in the cabinet body, an equipment compartment located above the battery compartment, an equipment frame assembled in the equipment compartment and / or partition plates movably connected with the equipment frame, wherein one side of the equipment frame is provided with a siphon chamber. According to the 5G communication base station control cabinet, a heat exchange core with multiple internal circulation outlets releases cooling air with stepped temperatures to cool different equipment, equipment with a large amount of dissipated heat and poorheat resistance correspond to the cooling air with a lower temperature, so that the utilization efficiency of the cooling air is improved. The siphon chamber enables the flow direction of the coolingair to be diversified through the suction of siphon holes, thereby reducing the mutual shielding between equipment and dead corners formed by a heat island effect, being applicable to the heat dissipation design of different equipment, and ensuring the heat dissipation effect of individual equipment. When the temperature difference between inside and outside is great, the heat and cold exchange inthe 5G communication base station control cabinet can occur spontaneously, and the power consumed by the heat dissipation is reduced.

Description

technical field [0001] The invention relates to the technical field of communication equipment, in particular to a 5G communication base station control cabinet. Background technique [0002] With the development of technology, 5G is about to enter people's lives, but the application of 5G networks is not achieved overnight. For a long time in the future, 2 / 3 / 4 / 5G networks will coexist, and communication base station sites will become more complex and consume more energy. It will also increase at the same time. For the sake of cost reduction and easy layout, the existing base stations mostly use control cabinets to reduce the construction of equipment rooms. [0003] see figure 1 , for the consideration of dustproof, waterproof and heat dissipation, the existing control cabinets mostly use heat exchange equipment to cool down the equipment in the cabinet. Due to the size of the control cabinet, the size of the heat exchange core is usually relatively small, and the internal...

AI Technical Summary

Problems solved by technology

[0002] With the development of technology, 5G is about to enter people's lives, but the application of 5G networks is not achieved overnight. For a long time in the future, 2 / 3 / 4 / 5G networks will coexist, and communication base station sites will become more complex and consume more energy. It will also increase at the same time. For the sake of cost reduction and easy layout, the existing base stations mostly use control cabinets to reduce the construction of equipment rooms

[0003] see figure 1 , for the consideration of dustproof, waterproof and heat dissipation, the existing control cabinets mostly use heat exchange equipment to cool down the equipment in the cabinet. Due to the size of the control cabinet, the size of the heat exchange core is usually relatively small, and the internal circulation air and The heat exchange efficiency of the external circulation air is low, which makes the temperature of the internal circulation air low and limited, and the cooling effect on the equipment in the cabinet is limited, and the temperature inside the cabinet cannot be suppressed. In actual use, the doors of many base station control cabinets are opened. To facilitate heat dissipation, the air outside the cabinet is not clean enough, reducing the service life of the equipment

[0004] The communication equipment in the cabinet is usually different. On the one hand, the wind direction of the internal circulation air is fixed and cannot be adjusted according to the different equipment, and it is easy to block each other to form a dead angle. Heat dissipation on one side of the device may cause high local temperature due to the heat island effect, or the heat dissipation hole of the device does not match the wind direction, further limiting the heat dissipation effect of the device, affecting the life of the device or causing the device to fail to work normally

[0005] The power supply scheme of the existing 5G base station is usually to discharge the mains + iron-lithium battery together during the peak period, and charge the battery during the valley. Therefore, the 5G base station equipment is more sensitive to the energy consumption of the equipment. Excessive heat energy will cause the battery to consume energy too quickly, and eventually the energy storage of the battery cannot meet the peak usage, and the overall power supply of the base station is insufficient and the overall performance will decline, unable to meet the normal demand

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