地热热泵系统

变温热源地热热泵系统的可用能分析

Analyze of exergy in geothermal heat pump system with varying temperature heat source

混合工质用于地热热泵系统的实验研究

Experimental investigation on geothermal heat pump system using mixed working fluids

中高温地热热泵系统的试验研究

Experimental research of moderate and high temperature geothermal heat pump system

地热热泵系统负荷调节的理论与试验分析

Theory and experiment evaluation about load adjustment of geothermal heat pump system

两种人工智能方法应用于地热热泵系统辨识

Two Artificial Intelligent Methods Applied in the Identification of Geothermal Heat Pump System

这说明用遗传规划的方法辨识地热热泵系统是可行的。

The model obtained using genetic programming algorithm predicts the system performance well .

应用混合工质的地热热泵系统仿真

Simulation of geothermal heat pump with non-azeotropic mixture

本文针对地热热泵系统的变温热源，从减小可用能损失的角度进行了详尽的理论分析。

By the analysis of two applications : hot pump and combined heat and power to evidence the principle .

然后，在小型地热热泵系统上进行了变频试验研究，频率变化范围为30～55Hz；

Secondly , experiments on a GHPS are done , with the frequencies changing from 30 Hz to 55 Hz .

这说明单纯采用人工智能方法对地热热泵系统进行辨识是可行的。

So it is feasible for artificial intelligent methods to solve the identification problem of geothermal heat pump system ( GHPS ) .

首先，对该地热热泵系统中的各个主要部件进行了可用能分析，发现可用能损失情况均与循环工质的性能有关；

Firstly , the loss of exergy is analyzed in components of geothermal heat pump system , and a conclusion is drawn that all of the loss of exergy relate to working fluids ' properties .

地热热泵传统加热系统的工艺改造

Geothermal Heat Pump Revamping of Conventional Heating System

地热热泵调峰供暖系统的热力及经济分析

Thermal performance and economics of geothermal space heating systems with peaking load heat pumps

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