低温热源,low temperature heat source
1)low temperature heat source低温热源
1.Optimum shaving peak parameter oflow temperature heat source heating;低温热源供暖的调峰参数确定
2.Based on the radiator as end heater under thermal steady condition, the working temperature for shaving heating peak load, the percentage oflow temperature heat source and shaving peak heat source etc.基于末端散热设备为散热器,在热稳定条件下,通过分析散热器供回水温度及系统流量与室外温度的函数关系,得出供暖调峰时的调峰室外启动温度、调峰运行时低温热源与调峰热源各自承担的负荷比例,并进一步分析了低温热源出力比例最大时的运行流量和流量分界温度的确定,以及低温热源与调峰热源的出力负荷分布。
3.There are divergences in the understanding of thelow temperature heat source for the ground source heat pump system (GSHP), and resource utilization of the shallow geothermal energy is becoming a trend.当前对地源热泵低温热源的认识存在分歧,并有将浅层地能资源化的趋势。
英文短句/例句
1.Shallow rock and soil energy storage combined with shallow geothermal energy-sustainable low temperature source of ground source heat pumps浅层岩土蓄能加浅层地温能才是地源热泵可持续利用的低温热源
2.Optimization Design and Simulation Research on the Absorption Heat Transformer for Recovering the Low-temperature Waste Heat;低温热源驱动第二类吸收式热泵的模拟优化研究
3.Experimental Study on the Absorption Heat Transformer for Recovering the Low-temperature Waste Heat;低温热源驱动溴化锂第二类吸收式热泵的实验研究
4.The Study of Low Temperature Geothermal Water Heating System Using the Water Source Heat Pump;利用水源热泵的低温地热水采暖系统研究
5.Investigation on Air Source Heat Pump Water Heater Used at Low Temperature空气源热泵热水器应用于低温环境的研究
6.Experimental Study on Improving Capacity of Air-source Heat Pump at Low Outdoor Temperature空气源热泵系统低温制热量改善途径实验分析
7.Investigation on improving performance of air source heat pump water heater at low temperature低温环境下提高空气源热泵热水器性能的研究
8.Experiment research on heat performance of the ground source-air double resources compound heat-pump空气-地源双热源复合热泵低温制热特性实验研究
9.Calculation Assessment of Geothermal Resources in Medium-low Temperature Geothermal Field中低温地热田的地热资源计算评价——以北京市小汤山地热田为例
10.Low temperature geothermal gradient utilization systems using serial mode of radiator and water source heat pump散热器与水源热泵串联的低温地热梯级利用系统应用分析
11.Research of Semiconductor Thermoelectric Generator in Low-grade Heat Energy and Small Temperature Difference;低品位热源半导体小温差发电器性能研究
12.Research on the Tecnology Improving the Adaptability of ASHP under Low Temperature Conditions;改善空气源热泵低温适应性的技术研究
13.Research on Low Temperature Water Radiant Heating Characteristic of PCM Wallboard低温热水有源相变墙体辐射供暖特性的研究
14.Performance research of solar assistant air source heat pump in low temperature condition太阳能辅助空气源热泵空调低温特性研究
15.KINETIC STUDY ON GASEOUS HYDROCARBONS RELEASE OF SHANXI HUNYUAN CANNEL COAL DURING LOW TEMPERATURE PYROLYSIS PROCESS IN O_2-ENRICHED CONDITIONS山西浑源烛煤富氧低温热解气态烃解析动力学
16.Determination of Nominal Heating Condition of Low Temperature Heat Pump (Water Chilling) Packages低温空气源热泵(冷水)机组名义工况的确定研究
17.Energy-saving and Comfort Study of Low Temperature Geothermal Water Heating Using Water Source Heat Pump;利用水源热泵的低温地热水供暖节能及舒适性研究
18.THE THERMODYNAMIC TREATMENT OF THE CRYO SORPTION PROCESS IN A CRYOPUMP低温泵中低温吸附过程的热力学处理
相关短句/例句
outside low temperature heat source外部低温热源
1.Several problems on application of water loop heat pump system are analysed, which is about how to choose its reasonable applied occasion by inputtingoutside low temperature heat source, wide its applied range and adopt mixing system to improve it s efficiency of energy conversation and environment protection.论述了水环热泵空调系统应用中的几个问题 ,包括合理选择其应用场合 ;向系统引入外部低温热源 ,拓宽其应用范围 ;采用混合系统 ,进一步提高节能效果和环保效益并且讨论了系统设计的一些要点。
3)low-temperature ground source heat pump低温地源热泵
4)silane[英]["silein][美]["s?l,en]有限低温热源
1.Synthesis of Polymethylphenylsilane and Study on Nonliear Optical Perperty;无限高温热源和有限低温热源获得最大功率输出时的循环效率
5)the refrigeration driven by low temperature hot source低温热源驱动制冷
6)low temperature air source heat pump低环境温度空气源热泵
1.The research goal of thelow temperature air source heat pump(LTASHP) is to pursue higher heating capacity,energy efficiency and indoor thermal comfort,and it has become an important task in the promotion of the sustainable heating technologies in the cold area.研发制热能力强、运行效率高、满足室内舒适性要求的低环境温度空气源热泵(低温热泵)是推进寒冷地区可持续供热技术发展的重要任务之一。
延伸阅读
城市集中供热热源城市集中供热系统的热能制备和供应中心。在这里，将其他形式的能源（矿物燃料、核能、工业余热等）转换为热能，或直接采用地热等天然热源，通过蒸汽或热水等介质，沿着热网输送到用户。城市集中供热热源有以下几种形式：热电厂和区域锅炉房 都属将煤、重油、天然气等矿物燃料的化学能转换为热能的热源形式，是世界各国城市供热的两大主要热源形式。采用高参数、大容量供热机组，改造城市低效凝汽式发电厂为热电厂，作为城市集中供热热源；用区域锅炉房逐步替代分散的小锅炉房；合理确定热电厂和区域锅炉房的布局和联合供热方案，这些是发展城市集中供热的重要技术措施（见热电厂供热、区域锅炉房供热）。工业余热 指各种生产工艺过程的热损失。例如各种工业炉或其他工艺设备排出的高温烟气、冷却水、蒸汽、乏气或熔渣物理热等。工业余热的特点是与生产工艺密切相关，数量和参数波动很大。有些工业余热有可能通过热能转换或直接利用，回收部分热能作为城市集中供热的热源。有些高温余热还可用来发电。因此，首先要通过技术经济分析，确定余热利用方案。以工业余热作为城市集中供热热源时，往往要与其他热源联合运行，以提高供热可靠性和调节性能（见工业余热供热）。地热水 蕴藏于地层下的热水，具有储藏量、成分和参数因地而异，水温常年比较固定，水质常带有腐蚀性等特点,因此将它作为城市集中供热热源时,要做好勘探和水质分析，并注意防止管道和设备结垢和腐蚀。地热水供热不污染大气，节约能源，是一种有发展前途的热源形式（见地热水供热）。核能 核裂变产生的能量，可用来发电和供热。20世纪80年代世界上已有10余座核热电站实行抽汽供热，核供热堆正处于兴建阶段。核能供热具有节约大量矿物燃料、减轻城市运输压力等优点。但据某些资料分析，认为只有建设大型核反应堆，才是经济合理的（见核能供热）。除上述热源形式外，如美国、加拿大、瑞士等在电力供应充足的地区也利用电能于城市供热。还有的利用太阳能供热，但目前只限于热水供应和单幢建筑物采暖。
