水源热泵

  • 网络Water source heat pump;Water-source heat pumps;wshp;wlhp
水源热泵水源热泵
  1. 回热器对跨临界CO2水源热泵的影响判别式及实验研究

    Criterion of CO2 transcritical water source heat pump with IHX and experimental study

  2. CO2跨临界水源热泵两级供热系统理论比较

    Comparison of CO_2 transcritical cycle in water source heat pump two-stage heating system

  3. CO2跨临界循环水源热泵变工况特性

    Characteristics of transcritical co_2 cycle water source heat pump in variable conditions

  4. 利用该评价体系对沈阳城区地下水源热泵的应用进行适宜性分区,并应用地理信息系统(GIS)制作了沈阳城区地下水源热泵适宜性分区图,将评价结果可视化。

    Use the evaluation system to make suitability partition on underground water source heat pump in Shenyang .

  5. 在供热系统中,需要的水温较高时,由于回水温度高而导致CO2跨临界水源热泵能效比下降。

    Performance of a CO 2 transcritical cycle water source heat pump heating system will worsen with rising of return water temperature of the system .

  6. 然后对水源热泵机组的各个部分分别建立了数学模型,并使用EngineeringEquationSolver软件对其进行了模拟,探讨了各参数对于机组性能的影响。

    Mathematical models of different parts of water source heat pump system are established separately . Engineering Equation Solver is used to simulate the model of the system and investigate effects of initial parameters on system performance .

  7. 如果降低回水温度,就要求不同温度的热水分级利用。CO2跨临界水源热泵两级供热系统可以实现能量的分级利用。

    Lowering the return water temperature requires stepped energy using according to the temperature level of water , which can be achieved by using CO 2 transcritical water source heat pump two-stage heating system .

  8. 结果表明:与地下水源热泵相比,在制热量和COP大致相当的情况下,节水量可以达到70%。

    The results show that comparing with ground water-source heat pump , the water saving rate of the new system with the nearly equal heating and COP is about 70 % .

  9. 实验研究了自行设计的水源热泵(WSHP)机组的性能及其与供热温度的关系。

    The performance of the WSHP is experimentally investigated , with respect to various temperatures of the heat supply .

  10. 设计了Venlo型温室水源热泵控制系统的软、硬件模块,并应用于目标温室。

    A control system of water-source heat pump in Venlo-type greenhouse is designed and used in target greenhouse .

  11. 同时,方案设计中注重建筑节能的问题,通过水源热泵、低辐射Low-e玻璃等节能技术的应用,降低建筑能耗。

    In the mean time , the design pays attention to saving energy . Energy saving devices like water source heat pump and low eradiating glasses are adopted to save energy .

  12. 根据供热系统的实际运行特点,提出了单位热成本的概念,在此基础上,使用BIN法对水源热泵采暖方案的全年运行能耗进行了计算并与燃气锅炉方案做了对比。

    The concept of unit heating cost was presented according to the practical characteristics of the heating system . In addition , using the BIN method , the annual energy consumption of the water source heat pump system was analyzed and compared with gas-fired boiler project .

  13. 通过对新工质HTR01的大量热工性能试验,以及对试验结果的误差和性能分析,为中高温水源热泵大型样机的设计提供了基础。

    Based on the performance experiment on the new refrigerant HTR01 and the data analysis , a large-scale machine of medium-high temperature heat pump could be designed .

  14. 锦州医学院在建设SFP级动物实验室过程中为降低造价,并最大限度节约能耗、降低运行费用,设计时采用能量回收装置和水源热泵供暖技术。

    In the course of the construction of SPF animal laboratory in Jinzhou medical college , the installation of energy recovery and the heating technique of water derived hot pump was used in order to lower the cost and running expense and save energy consuming .

  15. 关于水源热泵技术的应用探讨

    A Discussion About the Application of Water Source Heat Pump Technology

  16. 地表水源热泵若干常见问题分析

    Analysis of Common Problems in Earth 's Surface Water Heat Pump

  17. 水源热泵在实际应用中的浅析

    Brief analysis of heat pump source - driven in actual application

  18. 温泉养鳖温室地热供暖可行性分析高温水源热泵在地热供暖中的应用

    Application and Analysis of High Temperature Heat Pump Using Subterranean Heat

  19. 地表水源热泵空调系统供暖模式优化方法

    Optimization method of heating mode for surface water heat pump systems

  20. 水源热泵空调系统在南京某广场的应用分析

    Applied Analysis of Water Source Heat Pump System in Nanjing Plaza

  21. 水源热泵空调系统参数自整定模糊控制

    Fuzzy Control of Parameter Self-Adjusting of Water Heat Pump Air-Condition System

  22. 气象学参数是确定水源热泵空调系统冷/热负荷的必要依据

    Based on Meteorological Parameters to Determine the Water Source Heat Pump

  23. 水源热泵机组在蓬莱酒店的应用

    Application of Water Source Heat Pump Unit in Peng Lai Hotel

  24. 地下水源热泵空调系统及其工程设计

    Ground Water-source Heat Pump Air Conditioning System and Its Engineering Design

  25. 水源热泵的关键技术在于水井。

    The key technology is the water source heat pump wells .

  26. 地热供热工程中的水源热泵调峰系统及其应用

    GSHP Peak-Adjust System of Geothermal District Heating Project and Its Application

  27. 地热耦合水源热泵供暖系统可行性分析

    Feasibility Analysis of Heating System of Geothermal Coupling Water-source Heat Pump

  28. 中高温水源热泵的稳态模拟研究

    Steady state simulation of moderately high temperature water source heat pump

  29. 地下水源热泵系统变工况性能实验研究

    Experimental Research on the Ground Source Heat-pump System in Variable Condition

  30. 水源热泵在湖南地区应用的经济性分析

    Economic Analysis for Application of Water-source Heat Pump in Hunan Area