Multi-port alternating current and direct current hybrid converter based on multi-winding high-frequency transformer and method
The invention discloses a multi-port alternating current and direct current hybrid converter based on a multi-winding high-frequency transformer and a method. The converter sub-module comprises an active bridge, a resonant branch or a phase-shifting inductor, an n-winding high-frequency transformer...
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creator | LIU, JIN-JUN HE SICHENG DU SIXING LYU SHUYAO |
description | The invention discloses a multi-port alternating current and direct current hybrid converter based on a multi-winding high-frequency transformer and a method. The converter sub-module comprises an active bridge, a resonant branch or a phase-shifting inductor, an n-winding high-frequency transformer and a bridge type interface circuit; the active bridge is connected with a winding of the high-frequency transformer through the resonance branch or the phase-shifting inductor to form a resonance or non-resonance direct-current port, the resonance branch is directly connected with the winding of the high-frequency transformer to form a high-frequency resonance port, and the direct-current port is connected with the bridge type interface circuit to form an alternating-current port; the voltage and the power of each port are controlled through power decoupling in the converter; the converter sub-modules are connected in a tree shape through different ports in a neuron-like mode to form a converter array. The system |
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The converter sub-module comprises an active bridge, a resonant branch or a phase-shifting inductor, an n-winding high-frequency transformer and a bridge type interface circuit; the active bridge is connected with a winding of the high-frequency transformer through the resonance branch or the phase-shifting inductor to form a resonance or non-resonance direct-current port, the resonance branch is directly connected with the winding of the high-frequency transformer to form a high-frequency resonance port, and the direct-current port is connected with the bridge type interface circuit to form an alternating-current port; the voltage and the power of each port are controlled through power decoupling in the converter; the converter sub-modules are connected in a tree shape through different ports in a neuron-like mode to form a converter array. 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The converter sub-module comprises an active bridge, a resonant branch or a phase-shifting inductor, an n-winding high-frequency transformer and a bridge type interface circuit; the active bridge is connected with a winding of the high-frequency transformer through the resonance branch or the phase-shifting inductor to form a resonance or non-resonance direct-current port, the resonance branch is directly connected with the winding of the high-frequency transformer to form a high-frequency resonance port, and the direct-current port is connected with the bridge type interface circuit to form an alternating-current port; the voltage and the power of each port are controlled through power decoupling in the converter; the converter sub-modules are connected in a tree shape through different ports in a neuron-like mode to form a converter array. 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The converter sub-module comprises an active bridge, a resonant branch or a phase-shifting inductor, an n-winding high-frequency transformer and a bridge type interface circuit; the active bridge is connected with a winding of the high-frequency transformer through the resonance branch or the phase-shifting inductor to form a resonance or non-resonance direct-current port, the resonance branch is directly connected with the winding of the high-frequency transformer to form a high-frequency resonance port, and the direct-current port is connected with the bridge type interface circuit to form an alternating-current port; the voltage and the power of each port are controlled through power decoupling in the converter; the converter sub-modules are connected in a tree shape through different ports in a neuron-like mode to form a converter array. The system</abstract><oa>free_for_read</oa></addata></record> |
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subjects | APPARATUS FOR CONVERSION BETWEEN AC AND AC, BETWEEN AC AND DC,OR BETWEEN DC AND DC, AND FOR USE WITH MAINS OR SIMILAR POWERSUPPLY SYSTEMS CONTROL OR REGULATION THEREOF CONVERSION OF DC OR AC INPUT POWER INTO SURGE OUTPUTPOWER CONVERSION OR DISTRIBUTION OF ELECTRIC POWER ELECTRICITY GENERATION |
title | Multi-port alternating current and direct current hybrid converter based on multi-winding high-frequency transformer and method |
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