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AC/DC Bidirectional Conversion Technology
AC/DC Bidirectional Conversion Technology Utilizing DSP digital bidirectional control technology, perfectly integrating Vienna and T-type inverter circuit topologies. The three-phase transformerless circuit topology, combined with T-type inverter architecture, achieves excellent performance including high power factor correction, high-efficiency DC/AC conversion, high power density, high scalability, simple and cost-effective circuitry, and high reliability. It enables bidirectional conversion between the grid and electric vehicle side, with a wide AC input/output voltage range of 260V to 528V, and a wide DC output voltage range of 50V to 1000V.
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AC/DC Bidirectional Conversion Technology
AC/DC Bidirectional Conversion Technology Utilizing DSP digital bidirectional control technology, perfectly integrating Vienna and T-type inverter circuit topologies. The three-phase transformerless circuit topology, combined with T-type inverter architecture, achieves excellent performance including high power factor correction, high-efficiency DC/AC conversion, high power density, high scalability, simple and cost-effective circuitry, and high reliability. It enables bidirectional conversion between the grid and electric vehicle side, with a wide AC input/output voltage range of 260V to 528V, and a wide DC output voltage range of 50V to 1000V.
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AC/DC Bidirectional Conversion Technology
AC/DC Bidirectional Conversion Technology Utilizing DSP digital bidirectional control technology, perfectly integrating Vienna and T-type inverter circuit topologies. The three-phase transformerless circuit topology, combined with T-type inverter architecture, achieves excellent performance including high power factor correction, high-efficiency DC/AC conversion, high power density, high scalability, simple and cost-effective circuitry, and high reliability. It enables bidirectional conversion between the grid and electric vehicle side, with a wide AC input/output voltage range of 260V to 528V, and a wide DC output voltage range of 50V to 1000V.
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AC/DC Bidirectional Conversion Technology
AC/DC Bidirectional Conversion Technology Utilizing DSP digital bidirectional control technology, perfectly integrating Vienna and T-type inverter circuit topologies. The three-phase transformerless circuit topology, combined with T-type inverter architecture, achieves excellent performance including high power factor correction, high-efficiency DC/AC conversion, high power density, high scalability, simple and cost-effective circuitry, and high reliability. It enables bidirectional conversion between the grid and electric vehicle side, with a wide AC input/output voltage range of 260V to 528V, and a wide DC output voltage range of 50V to 1000V.
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28 items
Authorized invention patent
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43 items
Patents in the field of new energy charging
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5 items
Invention Patent
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