Rack power supply refers to the power supply device installed inside the rack or on the circuit pole of communication equipment. Mainly refers to the DC converter set up to meet the requirements of communication equipment for non basic power supply voltage; This also includes small switch type rectifiers and inverters
It generally consists of AC power supply system, DC power supply system, and grounding system, including power generation, transformation, distribution, converter, and battery equipment. Communication equipment usually receives power from two automatically switched AC mains after rectification, with oil engine generators and batteries in a low current float charging state as backup; Places without mains power use oil powered generator sets, solar cells, etc. for power supply; Some communication devices also use remote power supply. The requirements for communication power supply are: reliable power supply, no instantaneous interruption allowed; The voltage is stable, and the harmonic components of the AC power supply and the pulsating components of the DC power supply must be lower than the allowable values; Efficiency should be high. With the miniaturization and integration of communication equipment, corresponding power supply equipment is also required to be miniaturized, modular, and intelligent. At present, switch regulated power supplies, acid proof and explosion-proof sealed maintenance free batteries, uninterrupted power supply systems, and decentralized power supply methods are widely used. The centralized monitoring and maintenance management automation of communication power supplies at various stations through microcomputer networking has become a development trend.
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Rack inverter technology Power range: The power range of rack inverters is wide, such as the PIR series rack type power frequency inverter capacity is 300W-4kW, and the PV5000 series high frequency rack off-grid inverter control machine power range is 3KW-5KW. Input and output voltage: The input voltage is usually direct current, such as 12VDC or 24VDC; The output voltage is AC, such as 110/120VAC or…
Rack inverter technology Power range: The power range of rack inverters is wide, such as the PIR series rack type power frequency inverter capacity is 300W-4kW, and the PV5000 series high frequency rack off-grid inverter control machine power range is 3KW-5KW. Input and output voltage: The input voltage is usually direct current, such as 12VDC or 24VDC; The output voltage is AC, such as 110/120VAC or…
Power range: The power range of rack inverters is wide, such as the PIR series rack type power frequency inverter capacity is 300W-4kW, and the PV5000 series high frequency rack off-grid inverter control machine power range is 3KW-5KW. Input and output voltage: The input voltage is usually direct current, such as 12VDC or 24VDC; The output voltage is AC, such as 110/120VAC or 220/230VAC. Waveform: Most…
A Static Transfer Switch (STS) is a device commonly used in power systems to automatically switch power inputs in the event of a grid failure or other abnormal situation. By monitoring parameters such as voltage and frequency, it enables fast and reliable switching between two power sources to ensure that the load equipment is continuously powered. The main working principle of the static transfer switch is…
A Static Transfer Switch (STS) is a device commonly used in power systems to automatically switch power inputs in the event of a grid failure or other abnormal situation. By monitoring parameters such as voltage and frequency, it enables fast and reliable switching between two power sources to ensure that the load equipment is continuously powered. The main working principle of the static transfer switch is…