在首次提出太阳能集热器系统单元（微元）段分节点热阻、热容网络——四维热网络概念基础上，建立腔体式吸收器——槽形抛物镜太阳能集热器系统的集热过程动态仿真模型。在外界驱动力均变的情况下，该模型不但可求得集热器系统中任一切面各部件温度随时间的分布，也可求得任一时刻各部件温度沿集热器系统的空间分布，从而首次实现大型太能集热器运行工况的四维动态仿真。 Based on the concept of thermal resistance, heat capacity network and four-dimensional heat network of sub-node of solar collector system (micro-cell), the collector of slotted absorber-slotted parabolic solar collector system Process Dynamic Simulation Model. When the external driving force changes, the model not only obtains the temperature distribution of each component in any section of the collector system over time, but also obtains the spatial distribution of the temperature along the collector system at any moment , Thus realizing for the first time the four-dimensional dynamic simulation of the operating conditions of a large-scale solar collector.