High-power bidirectional multi-way direct-current simulation power supply
A technology of simulating power supply and simulating DC power supply, it is applied in the direction of converting DC power input to DC power output, irreversible AC power input converting to DC power output, output power conversion device, etc. Single function, small capacity and difficult to expand, etc., to achieve the effect of improving power factor and reducing current harmonics
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Embodiment 1
[0028] like figure 1 As shown, a high-power bidirectional two-way analog power supply is composed of two analog DC power supply units 3 with the same structure, and the isolation is realized through the double winding on the secondary side of the input transformer. Each analog DC power supply unit 3 includes an AC / DC converter 1 and a DC / DC converter 2 connected in series. The input terminals of each AC / DC converter 1 are respectively connected to a secondary winding of the input transformer. The AC / DC converter 1 is composed of a three-phase PWM controllable rectification module. Its topology is as follows: image 3 shown. The input terminals of each DC / DC converter 2 are connected in parallel with a capacitor, the anodes of the output terminals are respectively connected in series with a diode, and the two ends of each diode are connected in parallel with a bypass switch. The DC / DC converter 2 is composed of interleaved parallel Buck type bidirectional DC / DC converters. T...
Embodiment 2
[0032] A high-power two-way multi-channel (three or more) analog power supply is composed of multiple analog DC power supply units with the same structure, and is isolated by multiple windings on the secondary side of the input transformer. The structure and output mode of each analog DC power supply unit are the same as those in Embodiment 1.
[0033] The DC analog power supply of the present invention can work roughly in two working states: the inverter test state and the DC power supply equipment test state. When the power supply is tested as an inverter device, it needs to be used in conjunction with an AC analog power supply. The connection mode of the two output terminals can be determined by the voltage and current level of the tested inverter equipment; when working in the performance test of the DC power supply equipment, the connection mode and control strategy of the DC output terminal can be selected according to the power and performance requirements of the tested...
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