Passive solar heating and radiant floors enable the "bird cage" to respond to Pennsylvania Winters.
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。
A new type of passive solar heating element, fluid convective thermic diode with partition, is developed.
对一种新型的太阳能采暖部件——隔板式液体对流二极管进行了实验研究。
Also, new technologies for better home insulation and passive solar heating are readily available to reduce the energy needed for home heating.
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。
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.
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。
Today many homes use solar energy for space heating. There are two general types of solar space heating systems: passive and active.
如今许多的家庭都采用太阳能供暖，其中有两种普遍的太阳能供暖形式：积极供暖与消极供暖。
The challenge confronting any solar heating system-whether passive, active, or hybrid-is heat storage.
太阳能供暖系统——无论是消极、积极还是混合模式——面临的一项挑战就是热量的储存。
Design initiatives, including material selections, contribute to passive solar design principles of shading and thermal mass for cooling and heating the building.
设计的实现举措包括材料的选择，有助于冷却和加热的建筑物的阴影和热质量的被动太阳能设计原则。
Passive heating and cooling with thermal mass and insulation, Geothermal, radiant cooling and heating along with solar and photovoltaic panels contribute to the house's energy efficiency.
采用保温隔热材料被动供暖和制冷，同时利用太阳能板和光电板采集地热能和光辐射能制冷与采暖，提高了房屋的能源效率。
Furthermore, the house employs extensive passive solar design initiatives such as deep eaves and Northern orientation to minimize heating and cooling demand.
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。
The openings and windows have been designed to optimise passive solar gain, thereby drastically reducing demands on mechanical heating and cooling.
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 simulated dynamic heating load will guide the choice of auxiliary heat scheme and the equipments in the passive solar buildings.
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。
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.
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。
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