This paper presents effects of perimeterless air conditioning system on indoor thermal environment and energy conservation in the office building by long-term actual measurement. It is verified that the high-performance window system including automatic external venetian blind and glass with heating layer enables perimeterless environment through all seasons, and advanced air conditioning system including low-temperature air supply applying Sock filter and VAV realize comfortable indoor environment and energy conservation. It is also shown that tuning and refining of the system based on measurement and verification in the actual condition contribute greatly to the effective operation. This paper presents effects of perimeterless air conditioning system on indoor thermal environment and energy conservation in the office building by long-term actual measurement. It is verified that the high-performance window system including automatic external venetian blind and glass with heating layer enables perimeterless environment through all seasons, and advanced air conditioning system including low-temperature air supply applying Sock filter and VAV realize comfortable indoor environment and energy conservation. It is also shown that tuning and refining of the system based on measurement and verification in the actual condition contribute greatly to the effective operation. Observational study on perimeterless HVAC system integrated with building envelope system * * * * * * * * * * Masayuki ICHINOSE, Takashi INOUE, Yusuke SEKI, Takefumi YOKOTA This paper presents effects of perimeterless air conditioning system on indoor thermal environment and energy conservation in the office building by long-term actual measurement. It is verified that the high-performance window system including automatic external venetian blind and glass with heating layer enables perimeterless environment through all seasons, and advanced air conditioning system including low-temperature air supply applying Sock filter and VAV realize comfortable indoor environment and energy conservation. It is also shown that tuning and refining of the system based on measurement and verification in the actual condition contribute greatly to the effective operation.

The purpose of this study is a discussion on the multifaceted utilization of indoor positioning systems such as building facility control, use situation grasping, and operational analysis in offices. Thermopile human sensors have been come into practical use by MEMS (Micro Electro Mechanical Systems) technology and are becoming widespread. In this report, the accuracy of presence / absence and human count detection for a thermopile human sensor was verified and discussed possibility of use according to the purpose in the office.