An optimized energy management strategy of hybrid energy plants can lead to a significant reduction in primary energy consumption. This paper documents the development of a methodology based on dynamic programming for the optimization of the energy management strategy of hybrid energy plants, with the aim of minimizing the primary energy consumption. The validity and capability of the optimization methodology presented in this paper is demonstrated by comparing its results to those obtainable by means of commonly used operation strategies. Moreover, a case study consisting of a thirteen-floors building located in the north of Italy is considered to demonstrate the developed methodology. Compared to a thermal-led operation strategy with a different switch-on priority order of plant components, the proposed methodology allows a primary energy saving between up to about 6.57 %.
OPTIMIZED ENERGY MANAGEMENT OF A HYBRID ENERGY PLANT BY USING A METHODOLOGY BASED ON DYNAMIC PROGRAMMING / Bahlawan, H.; Morini, M.; Pinelli, M.; Spina, P. R.; Venturini, M.. - In: ENERGY PROCEEDINGS. - ISSN 2004-2965. - 2:(2019). (Intervento presentato al convegno 11th International Conference on Applied Energy, ICAE 2019 tenutosi a swe nel 2019) [10.46855/energy-proceedings-1463].
OPTIMIZED ENERGY MANAGEMENT OF A HYBRID ENERGY PLANT BY USING A METHODOLOGY BASED ON DYNAMIC PROGRAMMING
Morini M.;
2019-01-01
Abstract
An optimized energy management strategy of hybrid energy plants can lead to a significant reduction in primary energy consumption. This paper documents the development of a methodology based on dynamic programming for the optimization of the energy management strategy of hybrid energy plants, with the aim of minimizing the primary energy consumption. The validity and capability of the optimization methodology presented in this paper is demonstrated by comparing its results to those obtainable by means of commonly used operation strategies. Moreover, a case study consisting of a thirteen-floors building located in the north of Italy is considered to demonstrate the developed methodology. Compared to a thermal-led operation strategy with a different switch-on priority order of plant components, the proposed methodology allows a primary energy saving between up to about 6.57 %.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.