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1·The present invention relates to low embodied energy wall as as well manufacturing process thereof.

本发明涉及低物化能墙板及其制造方法。

2·Maximize the use of local, reclaimed and recycled materials, and use materials with low embodied energy.

最大限度的使用当地的，再生的和回收的材料和低体现能的材料。

3·The original building's embodied energy is retained as part of a new massive, passive solar environment.

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。

4·The main construction materials were coordinated on a single barge to reduce the embodied energy of transportation.

主要建筑材料协调在一艘驳船上，减少了运输的蕴含能源。

5·In addition, the embodied energy of several different strength grades of concrete and fly ash concrete is calculated.

此外，还计算了不同强度等级的掺与不掺粉煤灰混凝土的物化能耗值。

6·Due to the relatively short lifetime of post-war dwellings, the embodied energy can amount to 30% of the total energy use.

由于战后兴建的住宅的使用期限相对较短，建材耗能高达整个能耗的30%。

7·This means that it is worth using construction methods that reduce embodied energy and designing new buildings so that they are flexible.

这就意味着应该采用能够减少建材耗能的建设方法，设计的新建筑应该是灵活的。

8·Glulam has less embodied energy than reinforced concrete or steel and can be used for much longer spans, heavier loads, and complex shapes.

胶合板所含能源少于钢筋混凝土或钢材，可用于更长的时间跨度，可承受重负荷，并且拥有复杂的形状。

9·Wallboards are produced by methods which use significantly reduced Embodied energy when compared with the energy used to fabricate gypsum wallboard.

通过与制造石膏墙板所使用的能量相比利用显著降低的物化能的方法制造的墙板。

10·With a design life exceeding 120 years, the embodied energy became insignificant compared with the 'in use' energy over the lifetime of the building.

按照超过12年的使用年限来设计，具体的能耗与使用年限中总能耗的相比，变得无关紧要了。