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Un ensemble d'outils de base, de modules intégrés & de bibliothèques pour créer, configurer, personnaliser & gérer des modèles de systèmes.
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ETAP s'est imposé comme la norme de facto pour les centrales nucléaires
ETAP permet aux concepteurs et aux ingénieurs de conceptualiser les systèmes de captage, de déterminer la pénétration du vent et d'effectuer des études d'interconnexion de réseaux
ETAP offre une solution avancée d'analyse, de simulation et d'exploitation de l'énergie pour les Centres de Données intelligents
Selon le Top 40 des Entreprises de Conception Électrique publié dans le Magazine EC&M, 100% des 10 Premières Entreprises de Conception Électrique comptent sur ETAP
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Learn how ETAP DC Arc Flash Analysis software calculates the incident energy for photovoltaic systems, while considering different methods such as Maximum Power, Stokes and Oppenlander, Paukert, DGUV-I-203-077. This presentation shows how ETAP applies the DC arc incident energy models developed in IEEE "Methods for Evaluating DC Arc Incident Energy in Photovoltaic Systems"
This webinar discusses how well ETAP DC Arc Flash method results correlate with the test measured incident energies. The comparisons to be discussed include arc flash tests in photovoltaic and battery/rectifier powered systems. Furthermore, this webinar introduces major improvements to the DC Arc Flash calculation methods in ETAP 20; such as the “Incident Energy Subtraction Method" and new Worst-Case Datablocks from the DC Arc Flash Result Analyzer.
The topics that will be discussed in this video are the characteristics of an Arc, DC Short Circuit calculations, the Maximum Power Method, the Stokes and Oppenlander Method, Paukert Method, how these methods are utilized in ETAP, the calculation of incident energy, how to configure ETAP 11.1 to determine whether or not you are dealing with an open or closed air equipment, and the result analyzer.
This module calculates the incident energy for different types of DC applications.
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