Last Uploaded: February, 2010

Nihon University, College of Science and Techonology,
Funabashi Campus Bldg. No.14

Architectural DataFeaturesCasbee ScoreTechnical Details建物リストに戻る
Toggle vibration control equipment
Toggle vibration control equipment High-flexibility classroom Communal space with natural light intake Stairwell room with natural light intake
Sunlight blocking louvers Sunlight blocking louvers in stairwell room Cool-heat tube Green roof

Special Features

Q-1 Indoor Environment
  • Cold draft measure in winter by natural ventilation combined with exhaust fan.
  • Simple airflow system using natural ventilation combined with exhaust fan.
  • Appropriate fresh air intake using CO2 sensors.
  • Indoor heat environment improved by using double-glazing.
Q-2 Quality of Service
  • OA socket load set at 50 W/m2 using free access floors in all rooms.
  • Toggle vibration control equipment installed to protect human life during earthquakes, extend building life, and ensure flexibility.
Q-3 Outdoor Environment on Site
  • Greenery planted on the plaza and rooftop to mitigate temperature increases and secure water retention properties.
  • Continuity provided and integrated use of the plaza assured through transparent glass opening on the 1st floor.
LR-1 Energy
  • Natural ventilation and night purge by solar chimney and natural ventilators.
  • Measures against afternoon solar heat load using simple airflow windows.
  • Pre-cooling or -heating of outdoor air (OA) by using cool-heat tubes.
  • Load normalization by ice thermal storage system.
LR-2 Resources and Materials
  • Use of water-saving appliances.
  • Rainwater filtered for reuse as gray water.
  • Reuse of existing building substructure.
LR-3 Off-site Environment
  • Mitigation of load on local infrastructure by rainwater recycling.

Other Features

N/A
Previous BuildingPrevious Building Next BuildingNext Building
These cases are described based on assessment results obtained using CASBEE.
CASBEE is a method for rating the environmental performance of buildings using Building Environmental Efficiency (BEE) as an indicator, which is based on the results of separate scores obtained for Q-1~Q-3 (Quality) and LR-1~LR-3 (Load Reduction).