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[Ifaei박사, Sust Cities Soc./IF=10.6 JCR2%]Optimal Hybrid Renewable Microgrids via Energy Demand Control Using Media Platforms​(미디어 플랫폼-에너지수요제어-최적신재생에너지마이크로그리드 시스템)
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  • 2024-12-03

[Ifaei박사, Sust Cities Soc./IF=10.6 JCR2%]Optimal Hybrid Renewable Microgrids via Energy Demand Control Using Media Platforms​(미디어 플랫폼-에너지수요제어-최적신재생에너지마이크로그리드 시스템)

 

Hi all,

I'm happy to inform you that Dr.  Pouya Ifaei's paper (x-EMSELIAN) has been accepted at Sustainable Cities and Society (SCI, IF=10.6, JCR 2%-Construction and Building).

Congratulations for this great journal publication.

Please show your congratulations to Dr. Pouya Ifaei

Pouya Ifaei, Atefeh Tamaskani Esfehankalateh, Jonggeol Na*, and ChangKyoo Yoo*, Optimal hybrid renewable microgrids via energy demand control using media platforms in South Korea, Sustainable Cities and Society (ISSN: 2210-6707, SCI, Top 3%), Elsevier, 118(1), pp.106027 (2025.01 (Ack 2: Prof. Na(MOTIE, RS2024-00400653) &  (NRF 2021R1A2C2007838) (융합공학 아님)

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- Collaboration : Dr.  Pouya Ifaei​(Ewha Univ​, Former EMSEL Ph.D)

 

Research Highlights

  • The impact of media platforms on energy consumption was measured in Korea
  • A novel media-driven model was developed to control peak electricity demand
  • Korea was clustered into five regions for optimal green hydrogen harnessing
  • Net present cost of hybrid renewable microgrids decreased by $2,714,670 using media
  • Excess and unmet electricity reduced by 29 and 14 % by the new demand control model

 

이전글 [Invited Talk, 유창규 교수] 한국기계연구원, 환경 AI 자율시스템: AI 모델링/보정/제어/운전/설계
다음글 [VSI] Soft Computing for Modern Engineering: Addressing Environmental Challenges Submission deadline: 25 April 2025