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DTSTAMP:20211111T165530Z
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DTSTART;TZID=Europe/Vienna:20211111T160000
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DESCRIPTION:In his lecture\, Prof. Dr. Benigni will highlight the needs and
  challenges related to the simulation of modern energy systems and present
  some of the solutions proposed by IEK-10 of Forschungszentrum Jülich. De
 carbonization is one of the major goals for our economy. This is to be ach
 ieved through the use of renewable energies as well as an increase in ener
 gy efficiency with simultaneous integration of the various energy infrastr
 uctures. This results in increased coupling of e.g. electricity\, gas\, an
 d heat networks using different conversion technologies\, flexibility opti
 ons\, and storage. At the same time\, the demands on information and commu
 nication systems as well as market designs are increasing. This results in
  interdependencies that greatly increase the complexity of planning and op
 eration of multi-physical energy systems. Interactions between continuous 
 dynamics on the one hand and discrete events\, on the other hand\, become 
 more and more relevant due to the increasing number of controllable device
 s and the use of networked control schemes. These developments also make i
 t necessary to further develop the optimization and simulation methods use
 d as well as the control solutions that are deployed on increasingly power
 ful computing systems.\n\nCo-sponsored by: AIT Austrian Institute of Techn
 ology GmbH\n\nSpeaker(s): Andrea Benigni\, \n\nVirtual: https://events.vto
 ols.ieee.org/m/286911
LOCATION:Virtual: https://events.vtools.ieee.org/m/286911
ORGANIZER:thomas.strasser@ait.ac.at
SEQUENCE:3
SUMMARY:Energy Systems Modelling and Simulation: Challenges and Opportuniti
 es
URL;VALUE=URI:https://events.vtools.ieee.org/m/286911
X-ALT-DESC:Description: <br /><p>In his lecture\, Prof. Dr. Benigni will hi
 ghlight the needs and challenges related to the simulation of modern energ
 y systems and present some of the solutions proposed by IEK-10 of Forschun
 gszentrum J&uuml\;lich. Decarbonization is one of the major goals for our 
 economy. This is to be achieved through the use of renewable energies as w
 ell as an increase in energy efficiency with simultaneous integration of t
 he various energy infrastructures. This results in increased coupling of e
 .g. electricity\, gas\, and heat networks using different conversion techn
 ologies\, flexibility options\, and storage. At the same time\, the demand
 s on information and communication systems as well as market designs are i
 ncreasing. This results in interdependencies that greatly increase the com
 plexity of planning and operation of multi-physical energy systems. Intera
 ctions between continuous dynamics on the one hand and discrete events\, o
 n the other hand\, become more and more relevant due to the increasing num
 ber of controllable devices and the use of networked control schemes. Thes
 e developments also make it necessary to further develop the optimization 
 and simulation methods used as well as the control solutions that are depl
 oyed on increasingly powerful computing systems.</p>
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