住宅能耗,residential energy consumption
1)residential energy consumption住宅能耗
1.Calculating method ofresidential energy consumptionand program implement in hot-summer and cold-winter region;夏热冬冷地区住宅能耗计算方法及程序实现
2.In order to grasp the situation ofresidential energy consumption in these cities, a certain number of households were selected separately.住宅建筑是建筑的一个重要组成部分,与商业建筑相比,住宅建筑虽然功能单一,但更受室内居住人员行为的影响,具有更大的不确定性,因此详细计算的难度很大,因此本文采用调查、实测和数值模拟相结合的方法,对八个典型城市住宅能耗进行研究。
英文短句/例句
1.Study on the Energy-Consumption Problem and Energy-Efficiency Technologies of Residential Buildings in Hangzhou;杭州地区住宅能耗问题与节能技术研究
2.Study of Residential Energy Consumption for Yangtze River Area Based on Building Energy-Saving Season基于建筑节能季节调控的长江流域住宅能耗研究
3.Investigation of Energy Consumption and Statistical Analysis Survey of Its Influencing Factors of Residential Building in Changsha City;长沙市住宅能耗调查实测及其影响因素的统计分析研究
4.Energy consuming in dwelling building occupies quite a few proportion in total energy consumption.住宅建筑能耗在能源总消耗中占有很大比重。
5.Analysis on cooling energy consumption of residential buildings in China"s urban areas我国城镇住宅夏季空调能耗状况分析
6.Study on Vibration Damping Properties of External Wall Panels of Industrialized Housing工业化住宅外挂墙板耗能减震性能研究
7.RESIDENTIAL BUILONG ENERGY SIMULATION ANALYSIS OF ENERGY-SAVING AT HOT SUMMER AND COLD WINTER REGION夏热冬冷地区住宅节能改造能耗模拟分析
8.Building energy efficiency season classification and impact on energy consumption of residential buildings in Yangtze River drainage area长江流域住宅建筑节能季节划分及能耗影响
9.Investigation and Analysis on the Potential of Energy Saving of Residential Building during Summer in China--building structure and main energy consumption appliances城市住宅结构及耗能设备节能潜力的调查分析
10.The analysis of construction initial energy use is necessary in the life-cycle use of residential building.在住宅建筑生命周期能耗研究中,施工初始能耗的分析是必需的.
11.Dynamic Simulation of Energy Consumption and Analysis for Residential Buildings in the Strict and Cold Regions;严寒地区住宅建筑能耗动态模拟与分析
12.Real Time Measurement and Simulation Research of Residential Building Energy Consumption;住宅建筑终端能耗实时测量与模拟研究
13.Simulation & Research on Heating Energy Consumption for Xi an Residential Building;西安地区住宅建筑冬季采暖能耗模拟研究
14.The Construction Technology Research for Low Energy Consumption of Residential Wall in Xi"an Area西安地区低能耗住宅墙体构造技术研究
15.Influence Factor Analysis of Urban Residential Cooling Energy Consumption by Air Conditioners in Beijing During 1996-北京市1996—住宅空调致冷耗能影响因素分析
16.Energy-consumption survey of building air conditioning and heating equipment in Ma"anshan city马鞍山市住宅建筑空调和采暖设备能耗调查
17.Study on Energy Consumption Assessment and Energy Efficiency Labeling Systems and Related Operational Mechanisms for Residential Buildings;住宅建筑能耗评估与能效标识制度及其运行机制的研究
18.Analyses on Energy Consumption Characteristics and Energy Conservation Evaluation of Urban Residential Buildings Based on the Statistical Methodologies基于统计学理论的城市住宅建筑能耗特征分析与节能评价
相关短句/例句
Exergy Home无耗能住宅
3)low energy consumption residences低能耗住宅
4)minimum energy dwelling(MED)最小能耗住宅<能>
5)energy consumption of residential building住宅建筑能耗
1.Energy consumption of civil buildings in cities and towns comprises four parts, space heating consumption in the northern region,energy consumption of residential buildings excluding space heating, energy consumption of non-residential civil buildings excluding space heating, and energy consumption of large-scale public buildings.首先,阐述了我国住宅建筑能耗的现状,指出目前我国住宅建筑能耗水平较低,但呈现加速增长的趋势;其次,针对我国住宅建筑能耗的刚性增长趋势,提出了住宅建筑节能的重点——住宅空调器升级与更新、降低照明能耗和减少家电待机损失。
6)rural residential energy consumption农村住宅能耗
1.Investigations onrural residential energy consumption were carried out in Xintian and Jiangwan villages of Ningxiang county,Hunan province.以湖南宁乡县莘田、江湾两村为研究对象,对农村住宅能耗情况进行了调查分析。
延伸阅读
初轧能耗初轧能耗energy consumption of blooming millehuzha nenghao初轧能耗(energy eonsumption。f bloomingmill)初轧厂在钢锭轧成钢坯的工艺过程中，生产吨钢所消耗的能量，其中包括然料消耗(折合成标准煤)、电耗、水耗等，是钢坯生产的重要的技术经济指标。初轧能耗约占钢铁企业总能耗的3%，其中加热能耗又占初轧能耗的75%。初轧厂的节能、降耗是提高企业经济效益的重要技术措施之一，是合理利用资源的重要手段。初轧节能首先着眼于节约加热能耗，采取的主要措施有:(l)提高钢锭装炉温度，减少冷锭率(见冷装)。要求加强炼钢、脱模、初轧及均热之间的联系和管理，作出钢和空炉预报，采用快脱模、快送锭和钢锭保温车等措施，提高送锭温度。(2)推广钢锭的液芯加热(见保温均热法)和液芯札制工艺，利用钢锭的凝固潜热自身均热等节能工艺;(3)合理控制炉温和加热制度。将钢锭最高加热炉温由1370一1390C降为1330一1340℃。对不同入炉温度的钢锭采用不同的加热制度等;(4)加强均热炉保温措施，减少热损失。如采用优质保温材料耐火纤维、密闭型烟道，三个炉坑并联的上部单烧嘴均热炉等;(5)提高空气预热温度，保证燃料充分燃烧。采用高效换热式预热器，控制废气含氧量等;(6)采用电子计算机对均热炉实行闭环控制。此外，加强对初轧电耗的控制，制定合理的压下规程和温度一速度制度，充分利用轧件余热(如钢坯连轧、钢坯水冷锅炉等)，也都能使初轧系统的能耗进一步降低。(胡林)
