压电系统软件管理

IF 0.4 Q4 ENGINEERING, MULTIDISCIPLINARY Ingenieria Solidaria Pub Date : 2023-08-04 DOI:10.16925/2357-6014.2023.02.04
Jayr Antonio Fandiño-Gómez, Segundo Leonardo Cortes-López, Leonardo Valderrama-García
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引用次数: 0

摘要

本文是“压电系统与软件管理”项目的产物,该项目由Jayr Antonio Fandiño Gómez与Cundinamarca ubat大学联合开发。目的:在压电材料的帮助下开发一种清洁能源,利用人们在昆迪纳马卡大学内的通道,ubat截面,产生“能源”资源的节约。方法:使用不同的传感器进行不同的阶段,以创造一个更好的产品,能够产生清洁能源,可用于这个公共空间的照明供应。结果:已创建了一个大尺寸和优化的压电片,并在ubat截面大学(University of Cundinamarca)进行了测试,产生的结果导致了NoSQL数据库的创建。结论:通过在存在环境问题的地区实施新的可再生能源系统,将产生对技术进步所产生的不同问题的认识。研究的局限性:由于该产品大多是在国外制造的,传感器的获取可能会很复杂。
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Piezoelectric system with software management
This article is a product of the project "Piezoelectric system with software management", developed by Jayr Antonio Fandiño Gómez in conjunction with the University of Cundinamarca Ubaté sectional. Objective: To develop a source of clean energy with the help of piezoelectric materials, to take advantage of the passage of people within the University of Cundinamarca, Ubaté sectional, generating savings of "energy" resources. Method: Different phases have been carried out using different sensors in order to create a better product which is capable of generating clean energy that can be used for the lighting supply of this public space. Results: A piezoelectric tablet of large dimensions and optimized has been created, which was implemented for testing within the University of Cundinamarca, Ubaté sectional generating results that led to the creation of a NoSQL database. Conclusion: By implementing a new renewable energy system in an area where there are environmental concerns, awareness of the different problems generated by the advancement of technology will be generated. Limitation of the study: The acquisition of the sensors can be complicated due to the fact that this product is mostly created abroad.
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Ingenieria Solidaria
Ingenieria Solidaria ENGINEERING, MULTIDISCIPLINARY-
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