Análisis del estado del arte del diseño y caracterización de un sistema híbrido de generación de energía con monitoreo y optimización mediante MEMS y semiconductores Legacy

Cristina Quintero Ávila; Eduardo Rafael Poblano Ojinaga; Jeovany Rafael Rodríguez Mejía; Inocente Yuliana Meléndez Pastrana; Adán Valles Chávez

doi:10.61273/neyart.v3i4.109

Authors

Cristina Quintero Ávila National Technological Institute of Mexico
Eduardo Rafael Poblano Ojinaga National Technological Institute of Mexico
Jeovany Rafael Rodríguez Mejía National Technological Institute of Mexico
Inocente Yuliana Meléndez Pastrana National Technological Institute of Mexico
Adán Valles Chávez National Technological Institute of Mexico

DOI:

https://doi.org/10.61273/neyart.v3i4.109

Keywords:

Sistemas híbridos de generación de energía, sistemas de monitorización y control, sensores MEMS, semiconductores tradicionales

Abstract

The The design of monitoring, control and optimization systems in a energy generation system represents a solution to the current reset and environmental challenges. In particular, these systems allow us to achieve efficiencies and high yields in the operation. SinEmbargo, the use of high technology in this type of systems allows to integrate artificial intelligence (AI), data science and the management of deperation data by combining traditional microelectronics with mems sensors (microelectromechanical systems) and Legacy semiconductors. The research proposal seeks to effectively achieve the integration into a hybrid power generation unsystem a monitoring, control yoptimization control by using MEMS and semiconductors of the legacy type. Where it is intended optimization for hybrid systems of energymedianting generation. The use of legacy semiconductors and integrated usodeded circuits. This with the goal of integrating into the Methodology of Hybrid Energy Design the use of monitoring, control and high -end optimization systems to analyze the environmental impact and the energy sustainability. Thus, being the initial stage to design and conceptualize the use of monitoring desistems by Mem sensors for physical and nocuantifiable variables, the use of media emiconductor control and optimization systems Legacyy and integrated circuits dejodated.Subsequently, as it is stipulated in the Hybrid Methodology SCRUMM Autilizar, research results will be published in academic scientific journals, in addition to contributing to the training of human resources through the participation of undergraduate and postgraduate students.

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Author Biographies

Cristina Quintero Ávila , National Technological Institute of Mexico

Industrial Engineer with a master's degree in the same discipline and currently pursuing a PhD in Engineering Sciences at ITCJ. She works as a lecturer in Industrial Engineering, Logistics and at the ITCJ Language Centre. She has participated as an evaluator of postgraduate projects and has publications in scientific journals and presentations at academic events. She has experience in supply chain management, process optimisation, and continuous improvement. Her interests include logistics, production, and operations management.

Eduardo Rafael Poblano Ojinaga , National Technological Institute of Mexico

Industrial Engineer from the National Technological Institute of Mexico, IT La Laguna. Master of Science in Industrial Engineering (1995) and Administrative Engineering (2000) from IT Cd. Juárez. Doctorate in Technology from the Autonomous University of Ciudad Juárez-Mexico (2019). His line of research focuses on Strategic Planning, Quality Engineering and SEM. Professional experience as Manufacturing, Quality and Engineering Manager. Consultant in Quality Engineering, Six Sigma and Teamwork.

Jeovany Rafael Rodríguez Mejía , National Technological Institute of Mexico

Professor in the Mechanical Engineering programme at the National Technological Institute of Mexico, Ciudad Juárez Technological Institute. He holds a Master's degree in Engineering Sciences with a specialisation in Digital Signal Processing and Control from the Autonomous University of Zacatecas and a Doctorate in Engineering Sciences from the ITCJ (2021). His research focuses on dynamic and complex systems, control, and alternative energy. He has worked in industry as a production, design, and marketing engineer, as well as a consultant in alternative energy and control. He is currently the academic deputy director of ITCJ, where he also collaborates in the postgraduate division and tutors master's students.

Inocente Yuliana Meléndez Pastrana , National Technological Institute of Mexico

Doctor of Engineering Sciences, with an academic career at TecNM Campus Ciudad Juárez and the Technological University. She has participated in applied research projects and has scientific publications in her field.

Adán Valles Chávez , National Technological Institute of Mexico

Dr. Adán Valles Chávez, originally from Hidalgo del Parral, Chihuahua, is an Industrial Engineer in
Production, Master and Doctor of Industrial Engineering Sciences from the National Technological Institute of Mexico. With more than 40 years of experience, he has taught undergraduate, master's and doctoral courses, being recognised as a ‘Distinguished Teacher of the Generation’. His experience includes positions in the maquiladora industry and more than 60 scientific publications, in addition to supervising dozens of award-winning theses and projects. He has represented Mexico at international conferences and belongs to the National System of Researchers (SNI). He is currently Honorary Dean of Postgraduate Studies and Research at ITCJ, where he continues to contribute to education and research.

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