在冬天南面可以进行被动式太阳能收集。
原建筑的物化能改造成新的强大被动式太阳能环境的一部分。
The original building's embodied energy is retained as part of a new massive, passive solar environment.
利用半被动式太阳能地下热交换贮能增温系统为塑料大棚加温。
The heating efficiency of heat exchange system with solar energy under ground in vinyl-house was evaluated.
被动式太阳能采暖和地板辐射使“鸟笼”，以回应美国宾夕法尼亚州的冬天。
Passive solar heating and radiant floors enable the "bird cage" to respond to Pennsylvania Winters.
本文介绍了中国农村乡镇卫生院被动式太阳能暖房全球环境基金项目的实施。
The implement of passive solar heating for health clinics of rural villages and towns in China is introduced. The testing data of these buildings were measured and analyzed.
该设计采用被动式太阳能设计策略，正确的方向减少了太阳热量的吸收显着。
The design incorporates passive solar design strategies as proper orientation reduces the solar heat gain dramatically.
高密度窗，和孤立密闭的结构，使被动式太阳能通过内部加热的形式进行加热。
High efficiency Windows, together with insulation and airtight construction, allow passive solar heat to come through and keep the energy inside in the form of heat.
特朗贝墙体的集热性能对特朗贝墙式被动式太阳能建筑的热性能具有重要影响。
Solar collecting performance of Trombe wall has important effect on that of Trombe passive solar house.
暴露在阳光下混凝土砌块墙，利用使用“被动式太阳能”技术可以储藏多余的热量。
Concrete block walls, exposed to the sunlight, take advantage of using "passive solar gain" to store excess energy.
被动式太阳能百叶窗，在居住区的长度内，让冬季的阳光可以穿透空间，夏天也是。
Passive solar louvres that run along the length of the living area allow for winter sun to penetrate the space while keeping it out in summer.
开口和窗户的设计是用来优化被动式太阳能，从而大大减少了机械加热和冷却的要求。
The openings and windows have been designed to optimise passive solar gain, thereby drastically reducing demands on mechanical heating and cooling.
室内负荷的动态模拟结果为被动式太阳能建筑的辅助能源运行方案、设备选择提供依据。
The simulated dynamic heating load will guide the choice of auxiliary heat scheme and the equipments in the passive solar buildings.
而且，更好的房屋隔热和被动式太阳能采暖的新技术已经可以用于减少家庭采暖所需的能源。
Also, new technologies for better home insulation and passive solar heating are readily available to reduce the energy needed for home heating.
在这个繁忙而缺少自然的场地，需要在保护隐私的同时争取房子内阳光和被动式太阳能的利用。
The congested and overlooked nature of the site required careful articulation to provide privacy while still allowing sunshine and passive solar gain into the house.
整间屋子的玻璃幕墙面朝乡野景观，露台和太阳房既能起到散热板作用，又是被动式太阳能的来源。
Walls of glass throughout the house face the countryside, while decks and sunrooms double as heat sinks and sources of passive solar energy.
此外，房子采用了大量的被动式太阳能设计的举措，如深屋檐和北向设计，以减少加热和冷却的需求。
Furthermore, the house employs extensive passive solar design initiatives such as deep eaves and Northern orientation to minimize heating and cooling demand.
被动式太阳能和被动式通风设计原则结合高性能的建筑围护结构(由SIPS：结构绝缘板系统组成)。
Passive solar and passive ventilation design principles combine with a high-performance building envelope (composed of SIPS: structurally insulated panel system).
此外，建造体制是用来适应机械、电气、管道和照明的要求，同时该设计还允许采用被动式太阳能设计策略。
In addition, building systems were to resolve mechanical, electrical, plumbing and lighting requirements, while also allowing for passive solar design strategies.
佛罗里达国际大学的perFORM [d]ance小屋是一栋经典的海滩别墅，以被动式太阳能设计，自然通风和抗飓风设计为特色。
Florida International University's perFORM [d] ance home is a classic beach bungalow that features passive solar design, natural ventilation and a hurricane resistant design.
从外部看，该被动式住宅与其它的住宅，几乎没有什么区别——要不是有光伏太阳能发电系统安装在屋顶上。
Externally, there is almost nothing to distinguish their passive house from the other buildings - except for the photovoltaic installation on the roof.
通过主动式和被动式两大技术可以使太阳能技术得到充分利用。
Solar energy has been put into full application through the two technologies of active and passive forms.
被动式太阳房的围护结构既是收集太阳能的集热器，又是蓄热器和散热器熏是一种方便、节约的采暖方式熏但是太阳房集热效率较低也给其推广造成了一定的负面影响。
The enclosure structure of a passive solar house is not only a collector of solar energy but also a store and a radiator and it is a convenient and economical way of heart supply.
在太阳能建筑中被动式太阳房由于构造简单、经济、节能效果显著，利用现有的技术已经可以和常规燃料采暖相竞争，在我国有广阔的发展前景。
And the passive solar technology is competent with ordinary fuel heating and has brilliant prospect due to its simple structure, good economy and energy saving performance.
在太阳能建筑中被动式太阳房由于构造简单、经济、节能效果显著，利用现有的技术已经可以和常规燃料采暖相竞争，在我国有广阔的发展前景。
And the passive solar technology is competent with ordinary fuel heating and has brilliant prospect due to its simple structure, good economy and energy saving performance.
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