The novel islanding power supply method for mutual power interchange with line-interactive uninterruptible power supply

The interchange of power between power supply systems is proposed as a way to reduce the storage battery capacity required to compensate imbalances in power generation and demand. The results of simulations for calculating the expected reduction in required battery capacity in a constructed power su...

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Published in2014 IEEE 36th International Telecommunications Energy Conference (INTELEC) pp. 1 - 5
Main Authors Kazufumi, Yuasa, Masatoshi, Noritake, Hidenori, Matsuo, Takashi, Takeda, Takaaki, Kikuchi, Keiichi, Hirose
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.09.2014
Subjects
Batteries
Battery
Distributed power generation
Islanding
Microgrid
Microgrids
Mutual power interchange
Power generation
Simulation
System-on-chip
Uninterruptible power supply
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Abstract The interchange of power between power supply systems is proposed as a way to reduce the storage battery capacity required to compensate imbalances in power generation and demand. The results of simulations for calculating the expected reduction in required battery capacity in a constructed power supply system are also reported.
AbstractList The interchange of power between power supply systems is proposed as a way to reduce the storage battery capacity required to compensate imbalances in power generation and demand. The results of simulations for calculating the expected reduction in required battery capacity in a constructed power supply system are also reported.
Author Hidenori, Matsuo
Kazufumi, Yuasa
Takashi, Takeda
Masatoshi, Noritake
Takaaki, Kikuchi
Keiichi, Hirose
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  organization: NTT Facilities, Inc., Tokyo, Japan
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  fullname: Takaaki, Kikuchi
  organization: NTT Facilities, Inc., Tokyo, Japan
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  givenname: Hirose
  surname: Keiichi
  fullname: Keiichi, Hirose
  organization: NTT Facilities, Inc., Tokyo, Japan
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SubjectTerms Batteries
Battery
Distributed power generation
Islanding
Microgrid
Microgrids
Mutual power interchange
Power generation
Simulation
System-on-chip
Uninterruptible power supply
Title The novel islanding power supply method for mutual power interchange with line-interactive uninterruptible power supply
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