TY  - BOOK
AU  - Agdeppa, Jomari Frank T...et.al.
TI  - Development of IOT based demand- side management air-conditioning unit control system and monitor (IDACSAM) using node-red and MQTT / 
PY  - 2024///
CY  - City of Batac
PB  - MMSU, 
N1  - UTHESIS ( Bachelor of Science in Electrical Engineering); Bibliography: leaves 50-52
N2  - Mariano Marcos State University is one of the institutions in the country that is  devoted in research and innovation especially in the field of renewable technology and  even in achieving Net-Zero emissions, it is a great place to start. With the high monthly  cost of electricity, a monitoring and control system for ACU’s would greatly benefit  the university in energy saving efforts by ensuring that their operations are in the most  efficient level. Such technology also helps ensure that current policies on the use and  utilization of electricity in buildings around the campus are being followed.  Although there is already an existing monitoring and control system in the  locale of the study, it still has room for improvements. One point is the used of Solid State Relays (SSRs). Aside from that, it also lacks the capability of controlling the  ACU’s temperature and mode. That specific problem lead for the development of new  system and such system still needs another proper application for it to function well.  Therefore, the study primarily aims to Design and Develop an IOT based Demand-Side  Management Air-Conditioning Unit Control System and Monitoring Dashboard using  Node-red and MQTT Protocol. The research study follows a Research Design &  Development Cycle in designing the Dashboard and its integration to the IR Controller  and Energy Monitoring Device. The integration of the IDACSAM Dashboard and the  devices was done along with multiple testing. The IDACSAM Dashboard is effective  in controlling ACUs and monitoring the energy consumption of individual ACUs
ER  -