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DTSTAMP:20251231T204702Z
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DTSTART;TZID=America/Sao_Paulo:20251224T000000
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DESCRIPTION:The International Future Energy Challenge (IFEC) is an internat
 ional academic competition of a technical nature that brings together univ
 ersity teams from multiple countries\, challenging students to design\, an
 alyze\, and validate high-performance energy systems in accordance with a 
 technical theme defined for each edition.\n\nThe 2026 edition\, initiated 
 throughout 2025\, focuses on the development of an Affordable Bidirectiona
 l Onboard Charger for Electric Vehicles. The main technical requirements i
 nclude a rated power of 1 kW\, a minimum power density of 2 kW/L\, and a m
 inimum efficiency of 92% at rated power.\n\nIn this edition\, the Federal 
 University of Santa Maria (UFSM) is participating through the Breaking DAB
  team\, composed of undergraduate and graduate students\, primarily affili
 ated with the IEEE Industrial Applications Society (IAS) Chapter\, in addi
 tion to volunteer members.\n\nThe converter proposed by the team\, already
  validated through simulations\, has been approved for the IFEC semifinal 
 stage\, which will take place during APEC 2026\, on March 22.\n\nBldg: Pr
 édio 7\, Av. Roraima\, 1000\, Santa Maria\, Rio Grande do Sul\, Brazil\, 
 97105900
LOCATION:Bldg: Prédio 7\, Av. Roraima\, 1000\, Santa Maria\, Rio Grande do
  Sul\, Brazil\, 97105900
ORGANIZER:pedrohenrique.scherer@gmail.com
SEQUENCE:21
SUMMARY:Participation in the International Future Energy Challenge (IFEC) 
 – Semifinal Qualification
URL;VALUE=URI:https://events.vtools.ieee.org/m/528816
X-ALT-DESC:Description: <br /><p data-start="280" data-end="611">The Intern
 ational Future Energy Challenge (IFEC) is an international academic compet
 ition of a technical nature that brings together university teams from mul
 tiple countries\, challenging students to design\, analyze\, and validate 
 high-performance energy systems in accordance with a technical theme defin
 ed for each edition.</p>\n<p data-start="613" data-end="924">The 2026 edit
 ion\, initiated throughout 2025\, focuses on the development of an Afforda
 ble Bidirectional Onboard Charger for Electric Vehicles. The main technica
 l requirements include a rated power of 1 kW\, a minimum power density of 
 2 kW/L\, and a minimum efficiency of 92% at rated power.</p>\n<p data-star
 t="926" data-end="1212">In this edition\, the Federal University of Santa 
 Maria (UFSM) is participating through the Breaking DAB team\, composed of 
 undergraduate and graduate students\, primarily affiliated with the IEEE I
 ndustrial Applications Society (IAS) Chapter\, in addition to volunteer me
 mbers.</p>\n<p data-start="1214" data-end="1405">The converter proposed by
  the team\, already validated through simulations\, has been approved for 
 the IFEC semifinal stage\, which will take place during APEC 2026\, on Mar
 ch 22.</p>
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