<span>In the electrical power systems, load is one of the most difficult elements to be represented by an adequate mathematical model due <span>to its complex composition and dynamic and non-deterministic behavior. Nowadays, static and dynamic load models have been <span>developed for several studies such as voltage and transient stability, among others. However, on the issue of power quality, dynamic <span>load models have not been taken into account in fault location. This paper presents a fault location technique based on sequence <span>components, which considers static load models of constant impedance, constant current and constant power. Additionally, an <span>exponential recovery dynamic load model, which is included in both the fault locator and the test system, is considered. This last <span>model is included in order to consider the dynamic nature of the load and the performance of the fault locators under this situation. <span>To demonstrate the adequate performance of the fault locator, tests on the IEEE 34 nodes test feeder are presented. According to the <span>results, when the dynamic load model is considered in both the locator and the power system, performance is in an acceptable range.</span></span></span></span></span></span></span></span><br /><br class="Apple-interchange-newline" /></span><p class="Abstractandkeywordscontent"> </p>
A π-CLCL Type Immittance Converter for Constant Current and Dynamic Load Applications
