02971nam a2200325 i 4500 CSPC 20260216102807.0 260216s2024 ph a b 000 0 eng d CSPC eng CSPC rda UTH BSEE B214e 2024 Bandalis, Romar D., author., Energy profile of academic building V / Romar D., Bandalis, [and 4 others]., 89 leaves. rdacontent text rdamedia unmediated rdacarrier volume Undergraduate Theses (BSEE) - Electrical Engineering. Camarines Sur Polytechnic Colleges, 2024. Includes bibliographical references. The Energy profiling is the method of analyzing and data gathering is the energy use in a variety of systems, such as machines, manufacturing operations, and buildings. It entails tracking trends in energy use, spotting inefficiencies, and putting plans in place to improve energy efficiency. Energy profiling is essential in computing to maximize hardware and software performance, lower power consumption, higher consumption of it establishment, and prolong battery life in embedded and mobile systems. Energy profiling helps minimize environmental impact and lower operating costs in both residential and commercial applications. The accuracy of energy profiling is being increased through the use of sophisticated methods like data analytics and machine learning. In order to encourage sustainability and energy-efficient design, this paper examines energy profiling techniques, resources, and practical applications. Submeters are metering devices with monitored capability that are installed on the facility side of the master meter to provide a number of advanced monitoring functions. In comparison with feed-through and current transformers, non-socket type electronic submeters supply certain advantages in terms of cost, performance, and capability. The electrical submeter utilizes low voltage split core current sensors that the installer can connect without converting out the measured load. Submeters could help facility managers in monitoring and controlling energy costs as participants in conservation programs including the US Green Building Council sustainability rating system, in addition to facilitating compliance with major initiatives and encouraging the enterprise's energy level to become a stakeholder in the energy management and conservation process. Filio, Jefferson Kim P., author., Luzano, Shaina S., author., Martinez, John Lloyd A., author., Regaspi, Remy C., author., Pontillas, Virginia, V., adviser., Cerillo, Jose Eduardo II, B., chair, panelist., Isaac, Victor DR., panelist., Marquez, Joseph Nathan B., panelist., ddc 0 UM B214e BSEE UTH 2024 0 0 ddc 0 0 CSPC CSPC UTH 2026-02-16 0 UTH BSEE B214e 2024 007205UM 2026-02-16 10:28:29 1-1 2026-02-16 UM 31806 31806