Series-Parallel Circuit Topologies of Single Sensors

Baker, Donald L.

doi:10.1007/978-3-030-23124-8_2

Cited by 3 publications

(5 citation statements)

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“…Thereby, an SST IPM could be a half bridge phase leg, matrix converter phase leg [41], or a multi-level converter phase leg or a cascaded H-bridge (CHB) or modular multilevel converter (MMC) phase leg as shown in Figure 6. [40], (b) Matrix converter phase leg [41], (c) Matrix converter phase leg using reversed blocking-IGBT [41], (d) Neutral point clamped converter phase leg [42,43], (e) Flying capacitor phase leg [44], (f) Cascaded H-bridge phase leg [45,46], and (g) Modular multilevel converter phase leg [47].…”

Section: Module Integration Levelmentioning

confidence: 99%

“…Therefore, multilevel converters with wideband gap semiconductor devices seem a better candidate for interfacing MV levels. Among the multilevel converters, most widely used topologies are namely: (a) Neutral Point Clamped (NPC) or Diode Clamped [42,43]; (b) Flying Capacitor (FC) [44]; (c) Cascaded H-Bridge (CHB) [46,96,97]; and (d) Modular Multilevel Converter (MMC) [47].…”

Section: (Or Hv) Side Sst Cell (S)mentioning

confidence: 99%

“…Figure 6. Topological equivalent of SST IPM at module-level: (a) Half bridge phase leg[40], (b) Matrix converter phase leg[41], (c) Matrix converter phase leg using reversed blocking-IGBT[41], (d) Neutral point clamped converter phase leg[42,43], (e) Flying capacitor phase leg[44], (f) Cascaded H-bridge phase leg[45,46], and (g) Modular multilevel converter phase leg[47].…”

mentioning

confidence: 99%

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Solid State Transformers: Concepts, Classification, and Control

et al. 2020

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Increase in global energy demand and constraints from fossil fuels have encouraged a growing share of renewable energy resources in the utility grid. Accordingly, an increased penetration of direct current (DC) power sources and loads (e.g., solar photovoltaics and electric vehicles) as well as the necessity for active power flow control has been witnessed in the power distribution networks. Passive transformers are susceptible to DC offset and possess no controllability when employed in smart grids. Solid state transformers (SSTs) are identified as a potential solution to modernize and harmonize alternating current (AC) and DC electrical networks and as suitable solutions in applications such as traction, electric ships, and aerospace industry. This paper provides a complete overview on SST: concepts, topologies, classification, power converters, material selection, and key aspects for design criteria and control schemes proposed in the literature. It also proposes a simple terminology to identify and homogenize the large number of definitions and structures currently reported in the literature.

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Section: Module Integration Levelmentioning

confidence: 99%

Section: (Or Hv) Side Sst Cell (S)mentioning

confidence: 99%

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confidence: 99%

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Solid State Transformers: Concepts, Classification, and Control

et al. 2020

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“…For megawatt (MW)-scale systems, multilevel inverters are necessary to reduce the voltage and current stresses on switching devices and to reduce the size and weight of passive components [135][136][137][138][139][140][141][142]. Since the fuel cell stack must be grounded, multilevel inverters must have isolated DC-DC converters between the stack and the inverters.…”

Section: Dc-ac Invertermentioning

confidence: 99%

Fuel Cells and Their Applications in Energy Systems

Lai¹,

Ellis²

2019

Power Electronics in Renewable Energy Systems and Smart Grid

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“…Cinco anos mais tarde o próprio Baker registrou outra patente [35] contendo um conversor que era capaz de produzir multiníveis na tensão de saída através de uma única fonte de tensão CC com a mesma quantidade de chaves interruptoras de CHB, porém com o acréscimo de diodos e capacitores interligados em um ponto neutro. Tal topologia é conhecida como inversor com Ponto de Neutro Grampeado (NPC -Neutral Point Clamped) ou como Diodo Grampeado (Diode Clamped).…”

Section: Cascaded H-bridge)unclassified

Estratégia de controle de inversor multiníveis para sistema fotovoltaico conectado à rede com rastreamento de potência em sombreamento parcial

Mateus¹

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Primeiramente agradeço à Deus pela sua misericórdia que se renova a cada manhã! Agradeço minha família, a Olívia e o pequeno Teodoro por entender os vários momentos de ausência e todo o investimento necessário. Aos meus pais, Ezequiel e Maria Paula por todo o amor concedido, sou o que sou graças a eles. Aos queridos tios Wilson e Cilene por não medirem esforços para meu desenvolvimento acadêmico. Agradeço meu orientador Dr. José Antenor Pomilio pelo conhecimento transmitido e por permitir realizar o sonho de estudar em tão nobre instituição. Agradeço ao meu coorientador Dr. João Onofre Pereira Pinto pelo apoio, suporte e amizade. Desde já agradeço a contribuição dos nobres professores que comporão a banca e a oportunidade de melhorar este trabalho.

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Series-Parallel Circuit Topologies of Single Sensors

Cited by 3 publications

References 0 publications

Solid State Transformers: Concepts, Classification, and Control

Solid State Transformers: Concepts, Classification, and Control

Fuel Cells and Their Applications in Energy Systems

Estratégia de controle de inversor multiníveis para sistema fotovoltaico conectado à rede com rastreamento de potência em sombreamento parcial

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