北京某教学楼采暖节能改造能耗模拟与实测分析
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2013年北京市优秀人才培养资助项目(2013D008016000005),北京市怀柔区2013年优秀人才培养专项资助项目


Energy consumption simulation and measurement analysis for heating energy saving reconstruction of one teaching building in Beijing
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    摘要:

    高校建筑具有很大的节能空间,本文运用TRANSYS-17能耗模拟软件对北京市某高校教学楼采暖期能耗进行模拟分析,测算节能改造方案的节能率,并对比了连续两个采暖期的实测室温。模拟结果发现,增设外墙外保温后,采暖节能量为351 765 282 kJ,节能率为19.78%。通过室温实测对比发现,室外温度基本相同时,增设外墙外保温后房间温度普遍升高1~3℃。如果该教学楼进一步进行分时采暖改造,即非寒假采暖期白天7:00~22:00期间16~18 ℃采暖,夜间22:00~7:00期间5 ℃采暖;寒假期间全天5 ℃采暖。则采暖节能量可达614 256 842 kJ,节能率可达34.55%。

    Abstract:

    There is great energy saving space for buildings of colleges and universities. The heating energy consumption simulation was made using the software TRANSYS-17 for a teaching building of one college in Beijing. The energy saving rate of its heating energy saving reconstruction plan was calculated and the room temperature of two successive heating period were measured and compared. From simulation results, we can found that the heating energy saving amount is 351765282 kJ and the energy saving rate is 19.78% after adding exterior wall insulation. From room temperature measurement, we can found that the room temperature increase 1~3℃ after adding exterior wall insulation when outdoor temperature are basically the same. If the time control heating can be further made in this teaching building, that is to say in the daytime (7:00~22:00) the heating temperature is set at 16~18℃, in the nighttime (22:00~7:00) and in winter holiday it is set at 5℃, the heating energy saving amount will be up to 614256842 kJ and the energy saving rate will be up to 34.55%.

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刘婷婷.北京某教学楼采暖节能改造能耗模拟与实测分析[J].土木与环境工程学报(中英文),2015,37(Z1):51-56. Liu Tingting. Energy consumption simulation and measurement analysis for heating energy saving reconstruction of one teaching building in Beijing[J]. JOURNAL OF CIVIL AND ENVIRONMENTAL ENGINEERING,2015,37(Z1):51-56.[doi]

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  • 收稿日期:2015-03-15
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  • 在线发布日期: 2015-09-21
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