POWER ELECTRONIC CONVERTER STAGE

Publikation: Schutzrecht/Patent › Patent

Erfinder/-innen

  • Jens Friebe (Erfinder*in)
  • Klaus Rigbers (Erfinder*in)

Organisationseinheiten

Externe Organisationen

  • SMA Solar Technology AG
Forschungs-netzwerk anzeigen

Details

OriginalspracheEnglisch
Veröffentlichungsnummer (amtliches Aktenzeichen)WO2012066143
IPCH02M 3/ 00 A I
Prioritätsdatum19 Nov. 2010
PublikationsstatusVeröffentlicht - 24 Mai 2012

Abstract

A power electronic converter stage comprises a plurality of converters (5 to 8, 18) of different maximum converter power values connected in parallel, wherein the maximum converter power values of at least n converters (5 to 8) being a subset of the plurality of converters (5 to 8, 18), n being an integer higher than or equal to 3, comprise a maximum power value ratio of 20 to 21 to 22 to 2(n-1). The plurality of converters includes one further converter (18) in addition to the n converters (5 to 8), and it provides a cumulative maximum stage power. A present stage power which is lower than the cumulative maximum stage power is provided by a suitable selection of converters from the plurality of converters (5 to 8, 18), wherein the further converter (18) is part of each selection of converters.

Zitieren

POWER ELECTRONIC CONVERTER STAGE. / Friebe, Jens (Erfinder*in); Rigbers, Klaus (Erfinder*in).
Patent Nr.: WO2012066143. Mai 24, 2012.

Publikation: Schutzrecht/Patent › Patent

Friebe, J & Rigbers, K Mai. 24 2012, POWER ELECTRONIC CONVERTER STAGE, Patent Nr. WO2012066143.
Friebe, J., & Rigbers, K. (2012). POWER ELECTRONIC CONVERTER STAGE. (Patent Nr. WO2012066143).
Friebe J, Rigbers K, Erfinder/-innen. POWER ELECTRONIC CONVERTER STAGE. WO2012066143. 2012 Mai 24.
Friebe, Jens (Erfinder*in) ; Rigbers, Klaus (Erfinder*in). / POWER ELECTRONIC CONVERTER STAGE. Patent Nr.: WO2012066143. Mai 24, 2012.
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AU - Rigbers, Klaus

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AB - A power electronic converter stage comprises a plurality of converters (5 to 8, 18) of different maximum converter power values connected in parallel, wherein the maximum converter power values of at least n converters (5 to 8) being a subset of the plurality of converters (5 to 8, 18), n being an integer higher than or equal to 3, comprise a maximum power value ratio of 20 to 21 to 22 to 2(n-1). The plurality of converters includes one further converter (18) in addition to the n converters (5 to 8), and it provides a cumulative maximum stage power. A present stage power which is lower than the cumulative maximum stage power is provided by a suitable selection of converters from the plurality of converters (5 to 8, 18), wherein the further converter (18) is part of each selection of converters.

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