Abstract
In this paper a control and monitoring platform for an intelligent building is developed using a SCADA system (Supervisory Control And Data Acquisition). The control strategy develops a two-level architecture where inner-loops are performed by local PLCs (Programmable Logic Controller), and the outer-loop is managed by the centralized SCADA system that interacts with the entire local PLC network. The outer loop performs an intelligent Generalized Predictive Control strategy (GPC). Tests on a prototype are shown, where all the instrumentation in place is controlled by an industrial PLC master/slave network. The master PLC is connected, in real-time acquisitions, with the SCADA system via MultiPoint Interface (MPI). The experimental work shows the potential of instrumentation, control and monitoring in the future buildings to prevent accidents and improve the quality of living.
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