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This paper looks at the problem of peak power demand reduction for intermittent operation of radiant systems in buildings. Uncoordinated operation of the circulation pumps of a multi-zone hydronic radiant system can cause temporally correlated electricity demand surges when multiple pumps are activated simultaneously. Under a demand-based electricity pricing policy, this uncoordinated behavior can result in high electricity costs and expensive system operation. We have previously presented Green Scheduling with the periodic scheduling approach for reducing the peak power demand of electric radiant heating systems while maintaining indoor thermal comfort. This paper develops an event-based state feedback scheduling strategy that, unlike periodic scheduling, directly takes into account the disturbances and is thus more suitable for building systems. The effectiveness of the new strategy is demonstrated through simulation in MATLAB.
green scheduling, event-triggered, radiant systems, buildings, peak reduction, energy
Nghiem, Truong X.; Pappas, George; and Mangharam, Rahul, "Event-based Green Scheduling of Radiant Systems in Buildings" (2013). Real-Time and Embedded Systems Lab (mLAB). Paper 57.
Date Posted: 21 March 2013
This document has been peer reviewed.