This paper proposes a novel star-connected structure of an interphase-bridging inverter (IBI) and BTB inverters. This star-connected structure leverages not only the advantage of the smaller hardware
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The AI-driven station revolution promises to make travel more efficient, enjoyable, and sustainable for everyone.
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When power generated by trains during braking cannot be fully used by other trains, S-EIV supplies the surplus power to electrical equipment in station buildings for significant energy savings.
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As the successor to the conventional thyristor type traction inverter, we commercialized the traction inverter with IGBT power modules (PWM control method). It reduces occurrence of harmonics with
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This paper discusses different inverter topologies and its applications in the railway system. Different types of multilevel inverter topologies with their advantages for reducing the number of power
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With advanced, intelligent railway technology from Intel and our global partner ecosystem, you can guide railway companies'' transformation to smart railways that help improve passenger experiences,
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We develop tailor-made drive and control solutions for the railway technology. Our frequency in-verters for railway applications meet selected requirements of the EN50155:2017 standard.
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Some operators report up to ~30% energy savings just by combining hybrid inverters with wayside storage. That''s not just greenwashing—it''s real reduction in both bills and carbon footprint.
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This rugged DC/AC inverter uses field proven, microprocessor controlled high frequency PWM technology to generate the required output power with pure sine wave output voltage.
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