2021 Ieee Urucon 2021
DOI: 10.1109/urucon53396.2021.9647112
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Comparison of Ride-Through Characteristics in Aggregate and Detailed Models of DERs

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Cited by 3 publications
(2 citation statements)
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“…Nevertheless, some of the problems in aggregated models are also present in DN equivalents. More specifically, these equivalent DNs also fail to accurately capture the individual response of DERs and FLs based on grid-code requirements and protections [79,91] as well as the network-related constraints. Some of the proposed methodologies manage to extract the aggregate behavior of units against some of these requirements, for instance [85] captures the behavior against VRT requirements.…”
Section: Aggregated and Equivalent Modelsmentioning
confidence: 99%
“…Nevertheless, some of the problems in aggregated models are also present in DN equivalents. More specifically, these equivalent DNs also fail to accurately capture the individual response of DERs and FLs based on grid-code requirements and protections [79,91] as well as the network-related constraints. Some of the proposed methodologies manage to extract the aggregate behavior of units against some of these requirements, for instance [85] captures the behavior against VRT requirements.…”
Section: Aggregated and Equivalent Modelsmentioning
confidence: 99%
“…4 O código DFNT realiza a associação de geração a um modelo de Fonte Shunt Controlada. Esta fonte pode ser de tensão (modelo equivalente de Thevenin) ou de corrente (modelo equivalente de Norton), onde o controlador deve calcular as componentes real e imaginária da variável de interface (tensão ou corrente), segundo a referência do sistema CA [14]. As equações (1) a (3) apresentam a tensão interna da fonte de tensão controlada e (4) apresenta a potência elétrica ativa gerada por esta fonte, a qual é entrada do controlador representando as equações de balanço de oscilação eletromecânica do modelo clássico da máquina síncrona.…”
Section: )unclassified