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Integration of design systems for energy related applications

机译：集成能源相关应用的设计系统

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An EPSRC funded Engineering Design Centre (EDC) has been established at The Queen's University of Belfast to develop integrated design software for energy related applications. Software is being developed for the design of two-stroke engines, power station controllers and wave power stations. These 'real' design problems are highly complex with a large number of interrelated variables resulting in a wide range of design permutations. Although at an early state of application, the advantages of using object orientated design/programming methodologies is being demonstrated in the development of 'structured' design software. It is concluded that a balance must be struck between the complexity and the accuracy of the analytic models describing the interrelationship between the variables. This depends on the stage of the design optimization process. It is argued that complex optimization routines can only be justified when the process is well-defined and accurately modelled. Modelling of many systems includes approximations which have a more significant effect on the design optimization process than some of the variables.
机译：在贝尔法斯特女王大学建立了由EPSRC资助的工程设计中心（EDC），以开发用于能源相关应用的集成设计软件。正在开发用于二冲程发动机，电站控制器和波浪电站的设计软件。这些“真实的”设计问题非常复杂，具有大量相互关联的变量，从而导致各种各样的设计排列。尽管处于早期应用状态，但在“结构化”设计软件的开发中已证明了使用面向对象的设计/编程方法的优势。结论是，必须在描述变量之间相互关系的分析模型的复杂性和准确性之间取得平衡。这取决于设计优化过程的阶段。有人认为，只有在流程定义明确且建模准确后，才能证明复杂的优化例程是合理的。许多系统的建模都包含近似值，这些近似值对设计优化过程的影响比某些变量要大。

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