METHOD AND SYSTEM FOR ANALYZING ADJUSTABLE CAPABILITY OF INTERGRATED ENERGY SYSTEM

Abstract A method and system for analyzing adjustable capability of an integrated energy system. The method includes: determining supply-demand balancing constraint conditions of the integrated energy system, and determining power constraint conditions of energy equipment and load equipment in the i...

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Hauptverfasser:	Ma, Ting, Zhong, Ming, Wang, Yuqiang, Yin, Boqing, A, Minfu, Han, Rulei, Han, Junfei
Format:	Patent
Sprache:	eng
Schlagworte:	CONTROL OR REGULATING SYSTEMS IN GENERAL CONTROLLING FUNCTIONAL ELEMENTS OF SUCH SYSTEMS MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS ORELEMENTS PHYSICS REGULATING
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Zusammenfassung:	Abstract A method and system for analyzing adjustable capability of an integrated energy system. The method includes: determining supply-demand balancing constraint conditions of the integrated energy system, and determining power constraint conditions of energy equipment and load equipment in the integrated energy system; determining an energy demand interval of the integrated energy system according to the connection relationship and energy characteristics of each energy equipment and load equipment in integrated energy system; taking the minimum value, the maximum value, or both the minimum value and the maximum value in the energy demand interval as the optimization objectives of a preset optimization algorithm, taking the supply-demand balancing constraint conditions and the power constraint condition of each energy equipment and load equipment as the constraint condition of the preset optimization algorithm, and obtaining the adjustable capability interval of the integrated energy system basing on the preset optimization algorithm. determining supply-demand balancing constraint conditions of the integrated energy system, and determining power constraint conditions of energy equipment and load equipment in the integrated energy system; 101 determining an energy demand interval of the integrated energy system according to the connection relationship and energy characteristics of each energy 102 equipment and load equipment in integrated energy system; taking the minimum value, the maximum value, or both the minimum value and the maximum value in the energy demand interval as the optimization objectives of a preset optimization algorithm, taking the supply-demand balancing constraint conditions and the power constraint condition of each energy equipment and load equipment as the constraint condition of the preset optimization algorithm, and obtaining the adjustable capability interval of the integrated energy system basing on the preset optimization algorithm Figure 1