1) architectural electric power consumption
建筑电耗
1.
According to introducing architectural electric power consumption, architectural illumination circumstance and the potentiality of energy saving, the importance of greening illuminative project was told.
通过建筑电耗、建筑照 明现状与节能潜力,阐述了大力推广绿色照明工程的重要性。
2) energy consumption of building
建筑能耗
1.
Analysed influences of opaque part,translucent part(glass window) in building envelope and different orientation to total energy consumption of building,got their influence rules to total energy consumption of building.
分析总结出广州地区建筑围护结构中不透明部分、半透明部分(玻璃窗)和朝向三个因素对建筑整体能耗的影响规律:围护结构中半透明部分比不透明部分的建筑整体能耗大,东西朝向比南北朝向的建筑能耗大。
2.
The definition,basic term,production technology,product attribute,energy saving and environment protective performance of Low-E glass were described in detail from explanation of heat emission,energy consumption of building,light pollution from glass.
从介绍热辐射、建筑能耗、玻璃光污染的基本知识出发,较为详细地介绍了Low-E玻璃的定义、基本术语、生产技术、产品特点及其节能环保特性,对于有兴趣了解、学习、掌握Low-E玻璃知识的有关人员和有志于攻克Low-E玻璃生产及应用难题的科技工作者具有参考意义。
3) building energy consumption
建筑能耗
1.
Present situations of building energy consumption in Lvliang and questions existed;
吕梁市建筑能耗现状及其存在问题的分析
2.
Survey on building energy consumption with statistics theory;
利用统计学原理调查建筑能耗
3.
Influence of Low-e glass on air conditioning load and building energy consumption;
Low-e玻璃对空调负荷及建筑能耗的影响
4) energy consumption
建筑能耗
1.
Analysis on energy consumption and conservation of public buildings in hot summer and warm winter zone;
夏热冬暖地区公共建筑能耗分析与节能研究
2.
In order to understand the situation of residential energy consumption generally,a survey on the condition of energy consumption was made in seven cities from January to December,2006.
为全面了解住宅建筑能耗情况,于2006年1月至12月分别对七大城市住宅的能耗水平进行了读数调查,并于3月、9月进行了两次关于采暖、制冷设备使用状况的问卷调查。
3.
Although average person using energy in China is no more than half of that in the word, the gross of energy consumption has reached number two.
随着我国经济持续快速稳定增长,人民生活水平的逐步提高,建筑能耗还将大幅度增加。
6) building energy
建筑能耗
1.
The building stock in Hong Kong has been expanding consistently in the past several decades to meet the needs of improving the living condition, which on the other hand results in a sharp increase of building energy consumption.
建筑面积的持续增长,在改善人们居住条件的同时也导致了建筑能耗的大量攀升。
2.
The BIN method,as one of simple steady state methods requires,reliable and detailed BIN data in order to calculate building energy consumption.
温频法是计算建筑能耗的一种简单稳态方法,需要可靠详细的温频参数。
补充资料：注塑机工作原理和电耗
注塑机是一种专用的塑料成型机械，它利用塑料的热塑性，经加热融化后，加以高的压力使其快速流入模腔，经一段时间的保压和冷却，成为各种形状的塑料制品。 1、注塑机的工作循环 1）锁合模：模扳快速接近定模扳（包括慢-快-慢速），且确认无异物存在下，系统转为高压，将模板锁合（保持油缸内压力）。 2）射台前移到位：射台前进到指定位置（喷嘴与模具紧贴）。 3）注塑：可设定螺杆以多段速度，压力和行程，将料筒前端的溶料注入模腔。 4）冷却和保压：按设定多种压力和时间段，保持料筒的压力，同时模腔冷却成型。 5）冷却和预塑：模腔内制品继续冷却，同时液力马达驱动螺杆旋转将塑料粒子前推，螺杆在设定的背压控制下后退，当螺杆后退到预定位置，螺杆停止旋转，注射油缸按设定松退，预料结束。 6）射台后退：预塑结束后，射台后退到指定位置。 7）开模：模扳后退到原位（包括慢-快-慢速） 8）顶出：顶针顶出制品。 2、注塑机的电能消耗 注塑机的电能消耗主要表现在以下几个部分：①液压系统油泵的电能消耗 ，②加热器的电能消耗 ③循环冷却水泵的电能消耗（在注塑车间内，一般多台注塑机共用一台冷却水泵），其中液压油泵电机的用电量占整个注塑机用电量的80%以上，所以降低其耗电量是注塑机节能的关键。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条