Indoor thermal comfort by controlling heat transfer through building envelope

机译：通过控制通过建筑物围护结构的热传递来室内热舒适

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The assurance of thermal comfort in buildings with heating / cooling installations distributed on the surface is the best common solution. This article proposes a new approach for analyzing the heat transfer through building envelope. Our approach consists in a distributed area of electro-thermal pumps over the building envelope capable to create antagonist thermal fluxes to those that appear naturally. In this way we can easily control the inside temperature by balancing the dynamic of heat transfer. The electro-thermal pump works by relying on the Peltier-Seebeck effect. The thermal flux direction is given by the electric current direction. Building envelope equipped with electro-thermal pumps is the process who must to be controlled automatically by temperature control system dedicated. The goal of this new concept is to optimize the thermal comfort, eliminate the moisture condense on the walls and reducing the energy consumption by controlling the building's envelope temperature.

机译：最佳的常见解决方案是确保在建筑物表面分布加热/冷却装置的热舒适性。本文提出了一种分析建筑物外墙传热的新方法。我们的方法包括在建筑围护结构上分布一个电热泵区域，该区域能够产生与自然出现的相反的热通量。通过这种方式，我们可以通过平衡热量传递的动态轻松控制内部温度。电热泵依靠Peltier-Seebeck效应工作。热通量方向由电流方向给出。配备电热泵的建筑围护结构是必须由专用温度控制系统自动控制的过程。这个新概念的目的是通过控制建筑物的围护温度来优化热舒适性，消除墙壁上的湿气凝结并减少能耗。

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来源
《Latest advances in information science, circuits and systems》|2012年|150-155|共6页
会议地点 Iasi(RO);Iasi(RO);Iasi(RO);Iasi(RO);Iasi(RO)
作者
DANIEL POPESCU; CALIN CIUFUDEAN;
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作者单位

Electrical Engineering Department Technical University of Civil Engineering Bucharest Bd. Pache Protopopescu nr.66, 021414 Bucuresti Sector 2 ROMANIA;

Computers and Control Systems Department 'Stefan cel Mare' University of Suceava Str. Universitatii nr.9, 720225 Suceava ROMANIA;

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原文格式 PDF
正文语种 eng
中图分类
关键词
thermal comfort; heat transfer; building envelope; HVAC (heating; ventilation; and air conditioning); automatic control of heating systems of buildings; thermoelectric systems; electro-thermal pump;

机译：热舒适度；传播热量;建筑围护结构; HVAC（加热，通风和空调）；自动控制建筑物的供暖系统；热电系统；电热泵;

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专利

1. Coupling indoor airflow, HVAC, control and building envelope heat transfer in the Modelica Buildings library [J] . Zuo Wangda, Wetter Michael, Tian Wei, Journal of building performance simulation . 2016,第3a4期

机译：在Modelica Buildings库中耦合室内气流，HVAC，控制和建筑物围护结构的热传递
2. The CPMV* for assessing indoor thermal comfort and thermal acceptability under global solar radiation in transparent envelope buildings [J] . Zhang Huan, Yang Xueqing, Zheng Wandong, Energy and Buildings . 2020,第Octa期

机译：CPMV *用于评估透明包络建筑物全球太阳辐射下的室内热舒适性和热可接受性
3. Building envelope regulations on thermal comfort in glass facade buildings and energy-saving potential for PMV-based comfort control [J] . Ruey-Lung Hwang, Shiu-Ya Shu Building and Environment . 2011,第4期

机译：关于玻璃幕墙建筑的热舒适性的建筑围护法规以及基于PMV的舒适性控制的节能潜力
4. Indoor thermal comfort by controlling heat transfer through building envelope [C] . DANIEL POPESCU, CALIN CIUFUDEAN WSEAS International Conference on Neural Networks . 2012

机译：通过通过建筑包络控制热传递来控制室内热舒适度
5. Semi-Open Space and Micro-Environmental Control for Improving Thermal Comfort, Indoor Air Quality, and Building Energy Efficiency. [D] . Kong, Meng. 2017

机译：半开放空间和微环境控制，可提高热舒适度，室内空气质量和建筑节能。
6. The Adverse Associations of Classrooms’ Indoor Air Quality and Thermal Comfort Conditions on Students’ Illness Related Absenteeism between Heating and Non-Heating Seasons—A Pilot Study [O] . Shihan Deng, Bin Zou, Josephine Lau 2021

机译：课堂室内空气质量和热舒适条件对学生疾病的不利协会加热和非加热季节与飞行员的缺勤
7. Coupling indoor airflow, HVAC, control and building envelope heat transfer in the ModelicaBuildingslibrary [O] . Wangda Zuo, Michael Wetter, Wei Tian, 2015

机译：型号室内气流，HVAC，控制和建筑信封在型号中的造型线缆传热

Indoor thermal comfort by controlling heat transfer through building envelope

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