건축물 에너지 효율화를 위한 건축물 에너지 통합지원시스템 개발 및 구현 = Development and Implementation of the Integrated Support System for Building Energy Efficiency

다국어 초록 (Multilingual Abstract)

To respond to climate change, the world has set greenhouse gas reduction targets and imple- mented action plans. Various policies are being implemented to save energy in buildings. In this study, a public building energy integrated support system was developed, which is a web-based comprehensive support system to provide optimal information for building energy efficiency. It also provides customized information, which can assist stakeholders in taking decisions easily. The system consists of a main system and a linked system, and the main system consists of a ‘Com- prehensive Information Guide’, ‘Self-Diagnosis of Energy’, and ‘Energy Efficiency Guide’. The ‘Comprehensive Information Guide’ provides basic information on buildings, related policies, and low energy buildings and technologies. ‘Self-Diagnosis of Energy’ compares energy performance levels and provides improvement guides. ‘Energy Efficiency Guide’ simply evaluates energy performance, evaluates user-selected efficiency alternatives, or searches for optimal alternatives. Additionally, System is linked with the Korea registration portal of building materials (K-RBM) and the Korea detailed building energy information system (KDBEIS) (based on in-situ measurements). The developed system was evaluated and supplemented with service usability through alpha and beta tests.

참고문헌 (Reference)

1 김철호, "건축물 에너지 통합지원시스템을 위한 저에너지 건축물 및 기술, 에너지 성능 통합 DB 구축" 한국건축친환경설비학회 13 (13): 176-190, 2019

2 "The official portal for European data" Data.Europa.Eu

3 U.S. Department of Energy, "Standard Energy Efficiency Data (SEED) Platform" Office of Energy Efficiency & Renewable Energy

4 DesignBuilder Software Ltd, "Product Overview"

5 National Renewable Energy Laboratory, "OpenStudio-PAT" GitHub

6 Lawrence Berkeley National Laboratory, "JohnsonControls" better-lbnl. BETTER

7 Oh, S., "Framework Revision of Building Energy Integrated Support System and Implement of Building Energy Efficiency Guide" 557-560, 2019

8 KT Enterprise, "Energy solution"

9 Lim, J., "Development of Public Buildings Energy Management System" 39 (39): 310-313, 2019

10 Korea Institute of Civil Engineering and Building Technology, "Development of Building Energy Integrated Support System for the Spread of Low-energy Building Research Report" 2019

11 Lawrence Berkeley National Laboratory, "Commercial Building Energy Saver" BERKELEY LAB

12 Lawrence Berkeley National Laboratory, "CityBES" Berkeley Lab

13 Lee, S., "Building energy integration support system introduction" 10 (10): 6-14, 2016

14 Lee, S., "Building and Energy Policy" 56 (56): 88-89, 2012

15 Buildings Performance Institute Europe, "Building Renovation Passports - Customized roadmaps towards deep renovation and better homes"

16 U.S. Department of Energy, "Building Performance Database (BPD)" Office of Energy Efficiency & Renewable Energy

17 National Institute of Standards and Technology, "Building Life Cycle Cost Programs"

18 U.S. Department of Energy, "Benchmark Your Building Using ENERGY STAR® Portfolio Manager®" ENERGY STAR Buildings and Plants | ENERGY STAR

19 National Renewable Energy Laboratory, "BEopt: Building Energy Optimization Tool" NREL Transforming ENERGY

20 U.S. Department of Energy, "Asset Score Overviews" Office of Energy Efficiency & Renewable Energy

21 European Commission, "About BUILD UP" BUILD UP

22 2050 Carbon Neutrality Committee, "2050 Carbon Neutrality"