采暖能耗,Heating energy consumption
1)Heating energy consumption采暖能耗
1.Dynamic calculation method of heating energy consumption on building outside walls and roofs;外墙及屋顶采暖能耗动态计算方法
2.Dynamic calculation method of heating energy consumption of building outside windows;外窗采暖能耗的动态计算方法
英文短句/例句
1.Analysing Climate Changing Impact on Building Energy Consumption of Heating by Method of Degree-days;用度日法分析气候变化对建筑采暖能耗的影响
2.Forecasting of Residential Building Heating Energy Based on Measured Outside Wall Thermal Resistance;基于外墙热工测量的居住建筑采暖能耗预测
3.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
4.Analysis of Urban Heat Island and Study on Impact of UHI on Building HAVC Energy Consumption城市热岛效应分析及其对建筑空调采暖能耗影响的研究
5.Analysis on Influences of Bay-window on Heating Energy Consumption for Residential Buildings in Severe Cold Zone严寒区居住建筑使用飘窗对采暖能耗的影响分析
PARISON OF THE ENERGY CONSUMPTION OF THE WORKSHOP WITH CONVECTION HEATING AND RADIANT HEATING SYSTEMS燃气辐射采暖与热风采暖方式能耗的比较
7.Reform on heating and air conditioning water system to decrease the energy usage;改造采暖空调水系统,降低能源消耗
8.The technology of sunshade radiant heating and refrigeration system is low-energy-waste technology which combines heating with refrigeration.天棚辐射采暖制冷技术是将采暖与制冷合二为一的低能耗新技术。
9.Analysis of heating energy consumption of heating system and discussion on energy saving measures供热采暖系统能耗分析及节能措施探讨
10.Study on Heating Air-conditioning System Energy Consumption Prediction Methods in Public Buildings公共建筑采暖空调系统能耗预测方法研究
11.ANALYSIS AND SIMULATION OF HEATING AND AIR CONDITIONING SYSTEM ENERGY CONSUMPTION IN OFFICE BUILDINGS OF LANZHOU兰州地区办公建筑采暖空调能耗模拟分析
12.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
13.Energy Consumption Analysis in Cogeneration and Separate Generation of Heating and Power in the Condition of the Pure Heating Load;单纯采暖负荷下热电联产与热电分产的能耗分析比较
14.Calculation and analysis of heating energy consumption for air infiltration based on heating infiltration degree-hours基于渗风度时数的采暖渗风能耗计算及其影响因素分析
15.Building Design with Simulation and Analysis of Energy Consumption--Exploitation of Energy-saving Design Procedure of Residential Buildings in Heating Areas;面向建筑设计过程的能耗模拟分析——采暖地区居住建筑节能设计程序的开发
16.Heating load calculation and energy consumption analysis for gas-infrared heated rooms燃气辐射供暖房间的供暖负荷计算及能耗分析
17.Influence Factor Analysis of Urban Residential Heating Energy Consumption in Severe Cold and Cold Regions in China--A Case of Jilin Province中国严寒和寒冷地区城镇住宅采暖耗能影响因素分析——以吉林省为例
18.Research of Heat Loss Index Calculation Method for Heating Residential Buildings采暖居住建筑耗热量指标计算方法的研究
相关短句/例句
energy consumed for heating采暖能耗
1.But among them, the sum ofenergy consumed for heating of residential building is the biggest.而其中,居住建筑的采暖能耗占的比重最大。
3)energy consumption采暖能耗
1.And theenergy consumption of the workshop,which is constructed by vinyl covered steel plate material,is analyzed.并且对彩钢夹芯板墙体材料的厂房进行了采暖能耗的研究,分析了围护结构内表面与室内工作区温度之间的关系。
2.CFD simulation software is used to simulate the temperature field in this paper,the envelope internal surface temperature and heatingenergy consumption of the workshop with traditional warm-air heating system.采用CFD模拟软件,对应用传统的热风采暖方式的工业厂房进行模拟,得出厂房内的温度场分布、围护结构内表面温度及厂房的采暖能耗。
4)zero-heating零采暖能耗
1.In the region abundant in solar energy and a case study in lanzhou city,apartment design system with passive solar heating was put forward forzero-heating energy and constructedzero-heating energy design process.该论文以兰州城市住宅为例,研究在太阳能资源富集地区,将建筑设计与被动式太阳能热利用技术相结合,实现零采暖能耗建筑的设计过程。
5)building heating energy建筑采暖能耗
6)heating ventilating and air-conditioning energy consumption采暖空调能耗
延伸阅读
采暖通风和空气调节采暖通风和空气调节heating ventilation and air-conditioning,HVACcalnuan tongteng he kongql tlo0Jle采暇通风和空气调节(heating ventilation andair一onditioning，HVAC)为常年保持厂房内偏要的温度和湿度，夏季消散设备散热量，冬季补充设备散热t的不足，并为排除运行或事故时产生的有害气体而配!的技术装备和设施。主厂房采暖位于采暖区的火电厂须设计采暖，位于过渡区的则视需要设置采暖。采暖标准按维持室内温度5℃计算，不考虑设备散热量.主厂房应设独立的热源，采用不高于160C的蒸汽或高温水作热媒。散热器一般要求承压能力高且便于清扫。也可设t暖风机采暖系统。在冬季一般不允许锅炉送风机吸室内风，否则需根据采暖设计热平衡计算，确定其允许在室内的吸风量。主厂房通风优先采用自然通风，并以屋顶通风器替代老式的排风天窗，以防止气流倒灌。自然通风不能满足卫生和生产要求时，可采用自然进风屋顶风机排风。对于封闭式厂房或大风沙地区也可采用机械送风、机械排风.进风经降温(夏季)、加热(冬季)和过滤，并使汽机房处于微正压状态，避免室外灰尘进人室内;保持锅炉房处于微负压状态，避免灰尘扩散到邻近房间。为组织好磨煤机区、管道层等通风死区的气流，常在框架各层楼板上设置通风隔栅或局部加强机械送风或排风。计算通风量时，汽机房考虑排除余热和余湿量;锅炉房只考虑排除余热量。自然通风开窗面积计算时仅考虑热压作用。变压器室一般采用机械送风自然排风系统.送风气流吹向变压器散热排管;或采用自然进风机械排风系统。各变压器室的通风系统应独立设里，并与其他通风系统隔离。变压器室着火时，应能自动关闭风机。厂用配电装置室配备不少于每小时换气10次的事故排风系统，兼作夏季通风降温设施.当周围环境空气含尘浓度超过标准时，采用带有过建设备的正压送风系统。发生火灾时能自动关闭风机。发电机出线小室一般采用自然通风，当小室内设有油断路器、隔离开关、电抗器等设备时，采用自然进风、机械排风。电缆隧道结合防火隔墙分段采用自然通风或自然进风、机械排风。锅炉送风机、引风机、磨煤机、排粉风机等所配用的大中型电动机，根据设备本身要求及周围环境条件决定通风方式，一般不另设通风设备。集中控制室(或单元控制室)设计参数与电子计算机室、电子设备间设计参数不同，通常分设两套全年性空调系统，空调机组及冷水机组均设备用。
