主动式太阳能热水系统多媒体教育项目

P. Axaopoulos, Georgios Pitsilis, P. Panagakis
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引用次数: 3

摘要

一个交互式多媒体教育程序已开发,以研究主动式太阳能加热系统的瞬态行为为生活热水生产。用户可以探索不同的案例,研究在不同的操作场景下会发生什么,并检查改变条件的影响。此外,当需要对相关主题进行更定量的理解时,可以使用模拟过程,因为它们提供更高的感知保真度(即,更准确地表示被建模的情况)。模拟计算了大量的参数,可以用来研究它们对太阳能集热器和系统热效率的影响。它也可以用于高等教育部门的一系列广泛的练习。考虑了不同组件的操作原则和性能方面,为理解组件交互和总体系统性能提供了基础。该程序是一个用户友好,快速,易于使用和强大的教育工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multimedia education program for an active solar hot water system
An interactive multimedia education program has been developed to study the transient behaviour of an active solar heating system for domestic hot water production. The users can explore various cases, study what happens under different operating scenarios and examine the effects of altering conditions. In addition, simulation processes are used when a more quantitative understanding of the related subjects is needed, as they offer higher perceptual fidelity ( i.e. , more accurate representation of the situation being modelled). The simulation accounts for a large number of parameters and can be used to investigate their effects on the thermal efficiency of the solar collector and the system. It can also be used for an extensive set of exercises in the tertiary education sector. The operating principles and performance aspects of the different components have been considered providing a basis for understanding the components interaction and total system performance. The program is a user friendly, fast, easy-to-use and a powerful educational tool.
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