ILLUMINANCE, SKY FACTOR AND RELATIVE SOLAR ENERGY AROUND HIGH-RISE BUILDINGS : Design control method considering the quality of daylight in urban open space (3)

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  • SAITO Kei
    Dept. of Regional Environment Systems, Graduate School of Engineering, Shibaura Institute of Technology
  • SHINOZAKI Michihiko
    Dept. of Architecture and Environment Systems, Faculty of Systems Engineering, Shibaura Institute of Technology
  • KUWATA Hitoshi
    Dept. of Architecture and Environment Systems, Faculty of Systems Engineering, Shibaura Institute of Technology

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Other Title
  • 超高層建築物群周辺の曇天時照度比・天空率と晴天時日射エネルギー比 : 市街地外部空間の日射・採光の質を考慮した形態コントロール手法に関する研究(その3)
  • チョウコウソウ ケンチクブツグン シュウヘン ノ ドンテンジ ショウドヒ テンクウリツ ト セイテン ジ ニッシャ エネルギーヒ シガイチ ガイブ クウカン ノ ニッシャ サイコウ ノ シツ オ コウリョ シタ ケイタイ コントロール シュホウ ニ カンスル ケンキュウ ソノ 3

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Abstract

This study aims at evaluating sunlight and skylight access to the ground around high-rise buildings and on their external walls. The key features obtained are as follows: 1. The sky factor is an effective alternative index for evaluating the illuminance under cloudy condition in this model. 2. The maximum difference between relative solar energy and relative sunshine duration is obtained at measurements set around the intersection and near the wall, and the minimum difference is obtained at the midpoint between intersections. 3. The corner dwelling unit receives average solar energy of those received by the adjacent dwelling units on both sides.

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