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首页> 外文会议>7th international green energy conference amp; 1st DNL conference on clean energy >ENERGY EFFICIENCY ANALYSES THROUGH GROUND THERMAL CAPACITOR SYSTEM- CASE STUDY: SUSTAINABLE OFFICIAL BUILDING IN TEHRAN
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ENERGY EFFICIENCY ANALYSES THROUGH GROUND THERMAL CAPACITOR SYSTEM- CASE STUDY: SUSTAINABLE OFFICIAL BUILDING IN TEHRAN

机译：整个地热电容器系统的能源效率分析-案例研究：德黑兰的可持续办公大楼

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摘要

One of the strategies in sustainable architecture regarding energy concerns using natural heat stored in the ground in the form of thermal capacitor, which can be applied for; a) passive systems equipped with sustainable architectural provisions and b) active systems equipped with thermal machines. Since the temperature of the earth - as the thermal capacitor - is much higher than the external temperature in winter (suitable for modifying heating in internal spaces), and also much lower than the external temperature in summer (suitable for cooling, modifying and ventilating internal spaces), a capacitor with an approximate height of 1.5 m is designed and operated on the under-ground fifth floor as well as the floor under the installations level of this official building in Tehran; therefore considering issue mentioned above and intelligent combination of cooling system design with passive dehydrating systems of Iran's traditional wind catchers this project can conserve energy consumption up to 76% in this building.
机译：可持续建筑中与能源有关的策略之一是使用热能电容器形式存储在地下的自然热量，这可以应用； a）配备有可持续建筑规定的无源系统，以及b）配备有热机的有源系统。由于作为热电容器的地球温度在冬季要比外部温度高（适合于调节内部空间的热量），而在夏天也要比外部温度低得多（适合于内部的冷却，调节和通风）空间），在地下五层以及该德黑兰官方大楼安装水平以下的地板上设计并运行了一个高度约为1.5 m的电容器；因此，考虑到上述问题以及伊朗传统集热器的冷却系统设计与被动脱水系统的智能结合，该项目可在该建筑物中节省多达76％的能耗。

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