상업용 ․ 주거용 건물 적용을 위한 에너지경영정보시스템(EMIS)으로서 건물에너지관리스시스템(BEMS) 개발 실증 사례 연구

The adoption of Energy Management Information Systems (EMIS) has become increasingly important due to rising global environmental regulations and demands for sustainability. Issues such as carbon neutrality, ESG, and RE100 have shifted corporate environmental performance from a matter of social responsibility to a quantifiable financial factor. Within ESG, the energy sector plays a critical role, accounting for over 70% of global greenhouse gas emissions. Industrial facilities and major urban buildings, which are energy-intensive, serve as significant sources of these emissions. The net-zero building regulations aim to minimize carbon emissions and maximize energy efficiency throughout the lifecycle of a building. These regulations serve as a tool for achieving carbon neutrality by promoting the use of renewable energy and energy-saving technologies, thereby reducing environmental impacts. By focusing on individual buildings, these regulations make energy management more accessible to small and medium-sized enterprises (SMEs) and individuals. Energy Management Systems (EMS) are essential for systematically approaching energy management and are crucial to achieving net-zero buildings. EMS monitors, collects, and analyzes energy data to optimize efficiency. While traditionally focused on systemic approaches, the integration of EMS has recently shifted towards aligning with energy-consuming entities like buildings, factories, and corporate operations. This paper presents a case study of EMIS implementation in commercial buildings, highlighting its role in energy management within a complex operational environment.