IMPLEMENTATION OF NON-LINEAR MULTI OBJECTIVE OPTIMIZATION FOR ENERGY MANAGEMENT SYSTEMS
Keywords:
SCADA, Distribution Automation, Substation feeders, Transmission Capacity, Demand-Side Management, Distribution Control Cen-tre (DCC), Lagrangian Relaxation (LR).Abstract
This paper mainly deals with the development of an energy management of the platform using a SCADA (Supervisory Control and Data Acquisition) system. A predictive controller is implemented above the centralized SCADA platform. The distribution net-works have been focused by a Monitor, Control and maintain equipment in the sub stations to reduce the operating cost. This re-search proposes a new energy management model is that enables a flexible and also efficient operation of various power plants. The Distribution Control Centre (DCC) is being monitored and controlled by SCADA systems and the DCC has become an important energy efficient policy concept. Based on the numerical calculations and graphical representations the renewable energy sources in both configurations, is independent of the permanent or intermittent primary energy resource availability, which can lead to effective pro-duction.
