气候和能源技术的运用均基于可靠的技术措施，例如太阳能板、自然通风、地下冷热蓄能技术，这将最终产生一个高效的低能耗建筑。
Climate and energy technology is based on reliable technologies such as solar panels, natural ventilation and underground hot and cool storage resulting in a highly efficient low energy building.
本文运用计算流体力学(CFD)技术对不同工况下的多热源置换通风房间内的温度场及流场进行了数值模拟。
Using the method of Computational Fluid Dynamics (CFD), the distributions of velocity and temperature in the room with displacement ventilation system with many heat sources have been simulated.
室内空间设计的生态化技术主要集中在能源策略、t通风设计、人工照明和自然聚光、建筑装饰材料与构造技术、植物和水的运用，以及室内空气质量的控制。
The technology to the ecological design include power management, artificial light, nature light, making use of plants and water, adjust the quality of the air in the interior space.
自然通风并不属于一项新的技术，人类对自然通风方面的运用经验也相当丰富。
Natural ventilation does not belong to a new technology, human beings are also rich in the experience of using natural ventilation.
自然通风并不属于一项新的技术，人类对自然通风方面的运用经验也相当丰富。
Natural ventilation does not belong to a new technology, human beings are also rich in the experience of using natural ventilation.
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