Dynamic Modelling of Flexible Heat Pumps

柔性热泵系统将不得不切换到不同的运行模式，以动态匹配环境条件。通过对集成蓄热的柔性热泵系统动态模型的研究，可以准确地模拟整个系统在不同天气条件下的暂态特性和性能，储能方式的充放电和预计的能量损失。在对新兴和现有技术进行文献调查后，将使用热泵预期工作环境的季节性气候数据和系统热质传递的定义方程来创建动态模型。这将建立在一个动态建模软件包中，如Modelica或TRNsys。

The flexible heat pump system will have to switch to different operational modes to dynamically match with the ambient conditions. Through an investigation into the dynamic modelling of flexible heat pump systems with integrated heat storage, the accurate response behaviour of the full system could be simulated with regards to its transient properties and performance for various weather conditions, the charging and discharging of the energy storage method and projected energy losses. A dynamic model would be created using seasonal climate data for the heat pump's intended working environment and the defined equations for the heat and mass transfer of the system after a literature survey into emerging and pre-existing technologies. This would be built within a dynamic modelling software package such as Modelica or TRNSYS.