Diseño e implementación de un prototipo de Restaurador Dinámico de Voltaje (DVR) para mitigar variaciones de corta duración en cargas residenciales

Abstract

At present, the electricity supply evolves along with the technological development of the load. This implies a change in the way in which electricity is generated, transmitted, distributed and consumed. Giving rise to disturbing phenomena of the electrical system, such as: harmonics, transients, sags, swells, flicker, notch, among others. The same that affect the electrical systems and therefore the final consumer. For the mitigation of these disturbing phenomena, equipment called FACTS (Flexible AC Transmission Systems) was created for use in electric power transmission systems, and their equivalents for electric power distribution systems, equipment called CPD (Custom Power Devices). This study focuses on establishing the necessary criteria for the design and implementation of a DVR prototype (Dynamic Voltage Restorer), a type of CPD focused on household loads.