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 Conference Papers (Available on Advance Programs)  (Sort by: Date Descending)
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Committee Date Time Place Paper Title / Authors Abstract Paper #
SIP, CAS, VLD, MSS 2021-07-05
16:00
Online Online Analysis of the impact of incentive-type demand spons on consumer power saving behavior
Kiyosi Suzumoto, Norihiko Sinomiya (Souka Univ) CAS2021-7 VLD2021-7 SIP2021-17 MSS2021-7
This study focuses on negawatt trading of incentive-type demand spawns in the electricity market. Negawatt trading uses ... [more] CAS2021-7 VLD2021-7 SIP2021-17 MSS2021-7
pp.31-35
MSS, SS 2021-01-26
13:25
Online Online A consumer behavior model using meteorological date in a negawatt trading market
Yuto Tamura, Norihiko Shinomiya (Soka Univ.) MSS2020-30 SS2020-15
Negawatt trading is expected to suppress peak electrical power consumption and increase the utilization efficiency of po... [more] MSS2020-30 SS2020-15
pp.7-12
CAS, ICTSSL 2019-01-25
14:20
Tokyo Kikai-Shinko-Kaikan Bldg. A study on the impact of consumers' behavior for power saving on instability of negawatt power in an electricity market
Yuto Tamura, Naohiro Tachibana, Norihiko Shinomiya (Soka Univ.) CAS2018-134 ICTSSL2018-53
In an electricity market, negawatt trading, which means a type of trading of electrical power saved by consumers, is exp... [more] CAS2018-134 ICTSSL2018-53
pp.87-90
MSS, SS 2019-01-15
10:25
Okinawa   A method for reducing instability of negawatt power and inequality among consumers in an electricity market
Naohiro Tachibana, Ryo Hase, Norihiko Shinomiya (Soka Univ.) MSS2018-54 SS2018-25
Negawatt trading, which means a type of trading of electrical power saved by consumers, is expected to suppress peak pow... [more] MSS2018-54 SS2018-25
pp.1-6
ICTSSL, CAS 2018-01-25
11:15
Tokyo Kikai-Shinko-Kaikan Bldg. A study on a method for reducing uncertainty of negawatt power in electricity market
Naohiro Tachibana, Ryo Hase, Norihiko Shinomiya (Soka Univ.) CAS2017-112 ICTSSL2017-39
Negawatt trading, which means trading of electric power saved by consumers, is expected to suppress peak power consumpti... [more] CAS2017-112 ICTSSL2017-39
pp.17-22
 Results 1 - 5 of 5  /   
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