Abstract
Abstract Conventional sensitivity analysis can not simulate physical response of an actual power system realistically. In order to overcome this shortcoming, a novel systematic method named as quasi-steady-state sensitivity analysis is proposed, and its calculation formulas are given in detail. As a result, a practicable software package for quasi-steady-state sensitivity analysis was developed and has been applied to several energy management systems (EMSs) in power system control centers successfully. The study shows that this new analytical method can meet the demand of real-time decision-making.
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