A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
WHOLE BUILDING COOLING/HEATING SYSTEM
PROBLEM TO BE SOLVED: To provide a whole building cooling/heating system which can comfortably cooling/heating the whole building without causing vertical temperature unevenness in a habitable room.SOLUTION: Radiation panels 21 are erected in habitable rooms R1-R4 of a building 1, a floor side ventilation port 30 is provided adjacent to the radiation panel 21 on a floor F, a ceiling side ventilation port 31 is provided adjacent to the radiation panel 21 on a ceiling C, and the floor side ventilation port 30 and the ceiling side ventilation port 31 are communicated by a circulation passage 40 partitioned separately from the habitable rooms R1-R4. Also, a heat source machine 22 is provided which supplies a heating medium cooled at cooling time to the radiation panel 21, and supplies the heating medium heated at the heating time to the radiation panel 21, and a circulation fan 41 is provided which forcibly circulates the air in the circulation passage 40 from the ceiling side ventilation port 31 toward the floor side ventilation port 30 at heating time, and which forcibly circulates the air in the circulation passage 40 from the floor side ventilation port 30 toward the ceiling side ventilation port 31 at cooling time.SELECTED DRAWING: Figure 1
【課題】居室に上下方向の温度むらを生じさせることなく建物の全館を快適に冷暖房可能な全館冷暖房システムを提供する。【解決手段】建物１の居室Ｒ１〜Ｒ４に輻射パネル２１を立設し、床Ｆに輻射パネル２１に隣接して床側通気口３０を設けるとともに天井Ｃに輻射パネル２１に隣接して天井側通気口３１を設け、居室Ｒ１〜Ｒ４とは別に区画された循環路４０により床側通気口３０と天井側通気口３１とを連通させる。また、冷房時に冷却した熱媒体を輻射パネル２１に供給するとともに、暖房時に加熱した熱媒体を輻射パネル２１に供給する熱源機２２を設け、暖房時に循環路４０内の空気を天井側通気口３１の側から床側通気口３０の側へ向けて強制的に循環させるとともに、冷房時に循環路４０内の空気を床側通気口３０の側から天井側通気口３１の側へ向けて強制的に循環させる循環ファン４１を設ける。【選択図】図１
WHOLE BUILDING COOLING/HEATING SYSTEM
PROBLEM TO BE SOLVED: To provide a whole building cooling/heating system which can comfortably cooling/heating the whole building without causing vertical temperature unevenness in a habitable room.SOLUTION: Radiation panels 21 are erected in habitable rooms R1-R4 of a building 1, a floor side ventilation port 30 is provided adjacent to the radiation panel 21 on a floor F, a ceiling side ventilation port 31 is provided adjacent to the radiation panel 21 on a ceiling C, and the floor side ventilation port 30 and the ceiling side ventilation port 31 are communicated by a circulation passage 40 partitioned separately from the habitable rooms R1-R4. Also, a heat source machine 22 is provided which supplies a heating medium cooled at cooling time to the radiation panel 21, and supplies the heating medium heated at the heating time to the radiation panel 21, and a circulation fan 41 is provided which forcibly circulates the air in the circulation passage 40 from the ceiling side ventilation port 31 toward the floor side ventilation port 30 at heating time, and which forcibly circulates the air in the circulation passage 40 from the floor side ventilation port 30 toward the ceiling side ventilation port 31 at cooling time.SELECTED DRAWING: Figure 1
【課題】居室に上下方向の温度むらを生じさせることなく建物の全館を快適に冷暖房可能な全館冷暖房システムを提供する。【解決手段】建物１の居室Ｒ１〜Ｒ４に輻射パネル２１を立設し、床Ｆに輻射パネル２１に隣接して床側通気口３０を設けるとともに天井Ｃに輻射パネル２１に隣接して天井側通気口３１を設け、居室Ｒ１〜Ｒ４とは別に区画された循環路４０により床側通気口３０と天井側通気口３１とを連通させる。また、冷房時に冷却した熱媒体を輻射パネル２１に供給するとともに、暖房時に加熱した熱媒体を輻射パネル２１に供給する熱源機２２を設け、暖房時に循環路４０内の空気を天井側通気口３１の側から床側通気口３０の側へ向けて強制的に循環させるとともに、冷房時に循環路４０内の空気を床側通気口３０の側から天井側通気口３１の側へ向けて強制的に循環させる循環ファン４１を設ける。【選択図】図１
WHOLE BUILDING COOLING/HEATING SYSTEM
全館冷暖房システム
MATSUDA KATSUMI (author)
2016-04-25
Patent
Electronic Resource
Japanese
Calibrating AHU Models Using Whole Building Cooling and Heating Energy Consumption Data
| British Library Conference Proceedings | 1998
Modeling radiant heating and cooling systems: integration with a whole-building simulation program
| Online Contents | 2005
Unique cooling and heating system for office building
| Engineering Index Backfile | 1926