薄板軽量形鋼造に外張断熱を施した高断熱高気密住宅の室内温熱環境とエネルギー消費特性 : その2 温暖地域における評価とさらなる省エネルギー化に向けた課題

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  • THE THERMAL ENVIRONMENT AND ENERGY CONSUMPTION OF THE INDOOR OF A LIGHT-GAUGE STEEL FRAMED RESIDENTIAL HOUSE WITH EXTERNAL THERMAL INSULATION STRUCTURE : (Part 2) Evaluation in a temperate region and the potential for further energy savings
  • ウスイタ ケイリョウ カタコウゾウ ニ ソトバリ ダンネツ オ ホドコシタ コウダンネツ コウキミツ ジュウタク ノ シツナイ オンネツ カンキョウ ト エネルギー ショウヒ トクセイ ソノ 2 オンダン チイキ ニ オケル ヒョウカ ト サ ラ ナル ショウエネルギーカ ニ ムケタカダイ

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Based on the actual measurement results covering a period of approximately twenty-seven months, we have clarified the indoor thermal environment and energy consumption characteristics of a well-insulated and airtight residential house, located in a temperate region. We have also made clear the potential for further energy savings. The key points are as follows: (1) Heating starts when the daily average outdoor temperature falls to 15℃ or lower, and measured values for the coefficient of heat loss and energy consumption efficiency, heating of the house, were similar to the original specifications. (2) When the daily average outdoor temperature ranges from 15 to 25℃, neither heating nor cooling is required. (3) Cooling starts when the daily average outdoor temperature exceeds 25℃ and the energy consumption for it can be kept low even in fierce heat. (4) For further energy saving, it is important to optimize the air-conditioner capacity according to air-conditioning load. At the same time, in a temperate region where humidity is high in summer, the selection of optimum dehumidifying methods is important.

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