SYSTEM AND METHOD FOR INTELLIGENT BUILDING ENERGY MANAGEMENT BASED ON POWER PREDICTION USING INTEGRATED COMFORT CONTEXT AND ENERGY EFFICIENCY SIMULTANEOUSLY

摘要

The present invention relates to a system and a method for optimizing and managing energy in an intelligent building considering both a unified comfort index and an energy efficiency. According to the invention, a comfort index is calculated while optimizing environmental parameters such as temperature, intensity of illumination, and air quality, and predicted power is calculated, such that power of energy facilities in a building is intelligently controlled based on the unified comfort index and the predicted power. Therefore, comfortable indoor environment can be provided to a user while minimizing energy consumption. Also, a control system, which synthetically considers both a comfortable indoor environment and energy efficiency, is provided in a construction engineering field where intelligent building system (IBS), building intelligent management (BIM)/intelligent building system (BEMS) as well as various information technologies are integrated.