RESEARCH PLATFORM OF RECONFIGURABLE ELECTRICAL NETWORKS OF RENEWABLE ENERGIES APPLYING LFSR MODELS

Abstract

This research presents a platform for modular adaptation of electrical networks, with the aim of adapting the production of renewable energy. The concept of a science park for research in sustainable technology, based on a reconfigurable scheme, concatenation of converters and energy storage with sequential feedback, it in the framework of regenerative systems. Criteria were established for the configuration of intelligent electronic devices IEDs, supported by FPGA technology. Artificial neural networks have been applied, in their specific functions of system identification, dynamic modeling, advanced control and coupling of reconfigurable schemes. As a result, the conceptual design of the platform is obtained under criteria of sustainability and environmental responsibility, a matrix of codes for the remote configuration of the elements and a model with LFSR (Lineal Feedback Shift Register) architecture for the renewable energy converter system. All this makes it possible to contribute to the migration towards new technologies and sustainable models of the energy matrix, with online transformation of the environmental impact and efficiency of the new developments.

Keywords: Intelligent Electronic Devices - IEDs, Renewable Energy, Electric Cogeneration, Smart Grid, LFSR Model.

References

[1]V. Sotelo-Neyra and F. Paredes-Larroca, 2018, Multirate-sampling adaptive controller for an induction generator driven by a wind turbine Controlador por multi-tasa de muestreo adaptivo para un generador de inducción accionado por una turbina de viento. Ingeniería Investigación Y Tecnología, Vol. 19, Num.1, pp. 51–62. [Online]. Available: http://oa.upm.es/48731/1/PFG_Lucia_Gonzalo_Carabias.pdf. [Last access: August 3, 2019].

[2]A. Canovas, (2018). Gemelos Digitales y su Aplicación en la Industria. [Online]. Available: http://blog.nctech.com.mx/gemelos-digitales-y-su-aplicación-en-la-industria. [Last access: August 3, 2019].

[3]P. International (2017). GE Power to turn old power plant into technology center. [Online]. Available: https:// www.elp.com/articles/2017/05/ge-power-to-turn-oldpower-plant-into-technology-center.html. [Last access: August 3, 2019].

[4]Energía Eólica. (2018). [Online]. Available: http://s729123989.mialojamiento.es/5-things-to-consider-before-buying-an-apple-watch. [Last access: August 3, 2019].

[5]Ó. Farrerons Vidal, N. Olmedo Torre, E. Calduch Pros and J. Martínez, J. "Prospecciones de futuro de la energía termosolar en España y en el mundo". 2013.

[6]C. Sandoval Ruiz, “Diseño conceptual de un módulo híbrido para Generación eléctrica”. In VIII Congreso Nacional y 2do Congreso Internacional de Investigación Universidad de Carabobo, 2013.

[7]C. Sandoval Ruiz, “Adaptive Control in VHDL Applied to a Solar Oven”. Revista Colombiana de Tecnologías de Avanzada, 1(23), pp. 142–147, 2014.

[8]Sandoval-Ruiz, C. E. “Control de Micro-Redes de Energía Renovable a través de estructuras LFCS Reconfigurables en VHDL”. Ciencia Y Tecnología, 18, pp.
71–86, 2018.

[9]C. Sandoval-Ruiz, “VHDL Signal Processing Modules applying Neuronal Networks for SDR systems”. Revista Fac Ing UCV, 32(1), pp. 17–26, 2017.

[10]C. Sandoval Ruiz, 2016, “Plataforma de Gestión, Investigación y Formación en Tecnologías Sostenibles, para soporte de un Laboratorio Remoto”. Revista Eduweb, Universidad de Carabobo, 10(1), pp. 79–92. [En línea]. Disponible en: http://servicio.bc.uc.edu.ve/educacion/eduweb/v10n1/art06.pdf. [Last access: August 3, 2019].