Smart lobby lighting: integrating temperature and humidity sensors for adaptive control in lobby using internet of things/
Joseph Christian H. Daing, Lemuel V. Del Castillo, Francez Kim B. Gorospe, Mark Jay V. Martinez, and Michaelangilo S. Pancho.--
- xiv, 123pages: 29cm.
Bachelor's thesis
College of Industrial Technology.--
Includes bibliographic references and index.
Smart lighting systems are one of the most well-known systems that improve energy efficiency and convenience by allowing users to control remotely via smartphones.
However, the current lighting system on the 4th-floor lobby of the CIT building in TUP- Manila is gloomy and controlled manually, which could lead to overheating, fire hazards,
and hot temperatures in the environment. In light of this problem, the study highlights a need for a user-friendly technological solution that would provide a new lighting system in the lobby. The researchers will implement and design a smart lighting system that automatically adjusts lighting settings based on temperature and humidity sensors while incorporating mobile application control, air cooling features, and Internet of Things. The researchers will utilize a prototyping approach to attain the research objectives and the system will undergo testing and evaluation of its overall performance. By implementing this study, the researchers' anticipated outcome is an improved lobby environment with a new lighting system that offers a brighter environment, while consuming less electricity, generating less heat, and producing cooled air. Students, faculty, staff, and the university are the expected beneficiaries. This study aligns with the TUP R&D Agenda's "Emerging Technologies and Engineering" and "Smart University Development". It also supports UN SDG 9 (Industry, Innovation, and Infrastructure) and 11 (Sustainable Cities and Communities).
Smart lighting Internet of things Energy efficiency