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TZID:Australia/Adelaide
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DTSTART:20211003T030000
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DTSTAMP:20220113T131921Z
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DTSTART;TZID=Australia/Adelaide:20211124T173000
DTEND;TZID=Australia/Adelaide:20211124T190000
DESCRIPTION:Presentation 1: Neoen’s Upcoming Renewable Energy Projects fo
 r South Australia\n\nSynopsis: Neoen is an Independent Power Producer spec
 ializing in large-scale renewable energy projects\, which includes large-s
 cale wind\, solar\, and storage projects. In addition\, Neoen is exploring
  future opportunities in hydrogen - particularly here in South Australia. 
 Currently\, Neoen’s total capacity in operation and under construction i
 s over 4.8 GW\, and it aims for more than 10 GW by 2025. This presentation
  will provide an update on Neoen’s upcoming renewable energy and hydroge
 n projects with a focus on South Australia. It will also discuss the broad
  context of some international projects of Neoen.\n\nPresentation 2: The f
 oundations of a renewable energy system - understanding load requirements 
 and energy modelling for Off-Grid Applications\n\nSynopsis: One of the mos
 t overlooked tasks of implementing a successful renewable off-grid system 
 is the accurate load assessment of a property or application. Incorrect ca
 lculations or missing data can lead to oversizing or under-sizing of the e
 quipment resulting in poor financial outcomes or worse\, unreliable power 
 supply. This presentation will cover a basic introduction to energy load a
 ssessment and modelling\, including data collection\, energy and power cal
 culations and how this information is used to select appropriate solar\, b
 attery and inverter equipment for an off-grid system.\n\nCo-sponsored by: 
 IET\, EA\, TelSoc\, IEEE SA\, IEEE PES SA chapter\, IEEE UniSA Student Bra
 nch\n\nSpeaker(s): Megan\, Sean LePoidevin\n\nRoom: Lecture Theatre Ground
  Floor\, Bldg: Eleanor Harrald Building\, Lot Fourteen\, Lecture Theatre G
 round Floor\, Frome Road\,\,  Adelaide\, South Australia\, Australia\, 500
 0\, Virtual: https://events.vtools.ieee.org/m/289822
LOCATION:Room: Lecture Theatre Ground Floor\, Bldg: Eleanor Harrald Buildin
 g\, Lot Fourteen\, Lecture Theatre Ground Floor\, Frome Road\,\,  Adelaide
 \, South Australia\, Australia\, 5000\, Virtual: https://events.vtools.iee
 e.org/m/289822
ORGANIZER:vanika.sharma@mymail.unisa.edu.au
SEQUENCE:6
SUMMARY:Joint Technical Program - Renewable Energy Talk
URL;VALUE=URI:https://events.vtools.ieee.org/m/289822
X-ALT-DESC:Description: <br /><p><strong>Presentation 1:</strong> <strong><
 em>Neoen&rsquo\;s Upcoming Renewable Energy Projects for South Australia</
 em></strong></p>\n<p><strong>Synopsis</strong>: <em>Neoen is an Independen
 t Power Producer specializing in large-scale renewable energy projects\, w
 hich includes large-scale wind\, solar\, and storage projects. In addition
 \, Neoen is exploring future opportunities in hydrogen - particularly here
  in South Australia. Currently\, Neoen&rsquo\;s total capacity in operatio
 n and under construction is over 4.8 GW\, and it aims for more than 10 GW 
 by 2025. This presentation will provide an update on Neoen&rsquo\;s upcomi
 ng renewable energy and hydrogen projects with a focus on South Australia.
  It will also discuss the broad context of some international projects of 
 Neoen.</em></p>\n<p>&nbsp\;</p>\n<p><strong>Presentation 2:</strong> <stro
 ng><em>The foundations of a renewable energy system - understanding load r
 equirements and energy modelling for Off-Grid Applications</em></strong></
 p>\n<p><strong>Synopsis:</strong> <em>One of the most overlooked tasks of 
 implementing a successful renewable off-grid system is the accurate load a
 ssessment of a property or application. Incorrect calculations or missing 
 data can lead to oversizing or under-sizing of the equipment resulting in 
 poor financial outcomes or worse\, unreliable power supply. This presentat
 ion will cover a basic introduction to energy load assessment and modellin
 g\, including data collection\, energy and power calculations and how this
  information is used to select appropriate solar\, battery and inverter eq
 uipment for an off-grid system. </em></p>\n<p>&nbsp\;</p>
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