This article reviews models in the scientific literature for industrial final-energy generation system design to evaluate their applicability in practice. Since energy efficiency has top priority worldwide and industry accounts for half of the world's energy consumption, it would be important to use state-of-the-art methodologies in real life applications. The contribution of the presented article to this matter is threefold. First, to facilitate the understanding of existing models', we developed a model evaluation method based on the attributes of industrial energy systems. We applied it to the reviewed scientific energy system models, providing the reader an overview of considered modelling approaches, design process steps, energy types, technological, economic and ecological aspects. Second, we conclude based on the results that current models for industrial cases are not completely suitable for wide practical implementation, among others because of the way they evaluate system operation and they do not incorporate every discussed requirement aspect. Third, this article draws up a potential modelling approach to fill these gaps, considering the missing points and omissions.

本文回顾了科学文献中用于工业最终能源发电系统设计的模型，以评估其在实践中的适用性。由于能源效率在世界范围内是头等大事，而工业占世界能源消耗的一半，因此在现实生活中使用最先进的方法非常重要。这篇文章对这个问题的贡献是三方面的。首先，为了促进对现有模型的理解，我们基于工业能源系统的属性开发了一种模型评估方法。我们将其应用于经过审查的科学能源系统模型，为读者提供了考虑的建模方法，设计过程步骤，能源类型，技术，经济和生态方面的概述。第二，我们根据结果得出结论，当前的工业案例模型并不完全适合广泛的实际实施，其中之一是因为它们评估系统运行的方式，并且没有包含所有讨论的需求方面。第三，本文考虑了缺失的点和遗漏，提出了一种潜在的建模方法来填补这些空白。