Modelo BCF para Balanceamento de Carga em Redes Elétricas de Baixa Tensão via Redes de Petri Hierárquicas

Abstract

The load imbalance in the low-voltage grid phases compromises the load stability also power quality provided to the final consumer. In this, sense, the phase-load-balance of grid by dynamic switching, is an efficient way for this problem. However, is important to establish a load stability for a long-lasting. This article proposes a phase balance local controller model based on combined algorithms, that considers beyond the current state of monthly load consumption (of final consumers) its twelve-step forward forecast. Providing, an optimal switching selection based on, the load consumption future state in the final consumer’s phases. The model is developed in Hierarchical- Petri nets. The results point to an efficient attenuation of phase imbalance, applied to three kinds of consumers (single-phase, bi-phase, and three-phase). Therefore, ensuring in low- voltage circuits, the load balance for long-duration.