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DTSTAMP:20261009T062042Z
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DTSTART;TZID=Australia/Melbourne:20261120T180000
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DESCRIPTION:The increasing power demand\, reliability requirements\, and su
 stainability targets of modern data centres are driving the adoption of mi
 crogrid-based energy systems. This presentation presents a comprehensive d
 ata centre microgrid architecture integrating utility supply\, renewable e
 nergy sources\, battery energy storage systems (BESS)\, backup generators\
 , and critical/non-critical loads. A detailed modelling framework is devel
 oped using both Root Mean Square (RMS) and Electromagnetic Transient Progr
 am (EMTP) approaches to capture system behaviour across different time sca
 les and operating conditions. RMS models are utilized for steady-state and
  electromechanical dynamic studies\, while EMTP models provide detailed an
 alysis of fast electromagnetic transients and converter-level interactions
 . The dynamic performance of the data centre microgrid is evaluated under 
 various operational scenarios\, including grid-connected operation\, islan
 ded operation\, renewable intermittency\, load variation\, fault disturban
 ces\, and grid restoration events. The study provides valuable insights in
 to the design\, control\, and secure operation of future sustainable data 
 centre microgrids.\n\nSpeaker(s): \,  Jahangir \n\nRoom: KE3.206\, Bldg: K
 E building \, School of Engineering \, CADET\, Geelong\, Victoria\, Austra
 lia\, 3216\, Virtual: https://events.vtools.ieee.org/m/583701
LOCATION:Room: KE3.206\, Bldg: KE building \, School of Engineering \, CADE
 T\, Geelong\, Victoria\, Australia\, 3216\, Virtual: https://events.vtools
 .ieee.org/m/583701
ORGANIZER:hamidabdi@yahoo.com
SEQUENCE:36
SUMMARY:Microgrid for Data Centre: Architecture\, Modelling\, and Dynamic P
 erformance Analysis
URL;VALUE=URI:https://events.vtools.ieee.org/m/583701
X-ALT-DESC:Description: <br /><p>The increasing power demand\, reliability 
 requirements\, and sustainability targets of modern data centres are drivi
 ng the adoption of microgrid-based energy systems. This presentation prese
 nts a comprehensive data centre microgrid architecture integrating utility
  supply\, renewable energy sources\, battery energy storage systems (BESS)
 \, backup generators\, and critical/non-critical loads. A detailed modelli
 ng framework is developed using both Root Mean Square (RMS) and Electromag
 netic Transient Program (EMTP) approaches to capture system behaviour acro
 ss different time scales and operating conditions. RMS models are utilized
  for steady-state and electromechanical dynamic studies\, while EMTP model
 s provide detailed analysis of fast electromagnetic transients and convert
 er-level interactions. The dynamic performance of the data centre microgri
 d is evaluated under various operational scenarios\, including grid-connec
 ted operation\, islanded operation\, renewable intermittency\, load variat
 ion\, fault disturbances\, and grid restoration events. The study provides
  valuable insights into the design\, control\, and secure operation of fut
 ure sustainable data centre microgrids.</p>
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