Diseño e implementación de un prototipo de control de iluminación analógico, para mantener el nivel de iluminancia en función de la luz natural para el aula A312 de la Facultad de la Energía, las Industrias y los Recursos Naturales no Renovables-FEIRNNR de la UNL

In this work the implementation of an automatic lighting control system (SCAI) in the A312 classroom of block 3 of the School of Energy is carried out. The system was developed taking into consideration national and international regulations such as UNE 12464,1 NOM-025-STPS and NEC 15,1,11,3,1 in order to comply with the lighting level of 300 lux in the work plane located 85 cm from the floor, to generate economic and energy savings. The system that has been implemented has the characteristic that it can be adapted according to the user's requirements. It initially has two modes of use; automatic and projection, for the first mode the lighting level is automatically adjusted depending on the natural lighting present in the environment and for the second mode the LED panels reduce their luminous flux to a minimum in order to have a better visual comfort at the time of a presentation. The control of the lighting system is assigned to an Arduino, and the lighting values are supported by Dialux software. The comparative analysis shows that the automatic lighting system achieves savings of 71,33%, as it went from having a weekly consumption of 4,73 kWh to having a weekly consumption of 1,13 kWh. However, the limitation in the national market suggests the need to explore other options for more efficient lighting management and energy savings. The different approaches and case studies reflect the importance of adapting strategies according to specific circumstances and needs, with an emphasis on energy efficiency and environmental care. In addition, it highlights a growing responsibility in the lighting field to meet these objectives. Keywords: SCAI, Luminous flux level, Dialux, LED lighting system, Energy saving

• 第一著者: Pacheco Macas, Josmani Miguel (author)
• フォーマット: bachelorThesis
• 言語: spa
• 出版事項: 2024
• 主題: SCAI; NIVEL DE FLUJO LUMINOSO; DIALUX; SISTEMA DE ILUMINACIÓN LED; AHORRO ENERGÉTICO
• オンライン･アクセス: https://dspace.unl.edu.ec/jspui/handle/123456789/31615