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Approach to Energy Optimization Axiomatic Design Based on Design Unite

机译:基于设计单元的能源优化公理设计方法

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Under the control of energy efficiency model C, design unite (DU) changes function F to state S through design progress P. Thus, the target of energy optimization is achieved by gain the F in a lower cost of energy. In order to make energy efficiency model C used in design progress more easily, the EDF's optimization target T and energy consumption influence modulus M is added to C. In the process of energy optimization axiomatic design, DU changes the initial customer's requests to product's physical modules in a decomposing process and its content is transformed from asthenia to sthenia. DU's function F is decomposed and defined at the guidance of independence axiom. And the optimal solution is selected at the operation of information axiom and energy efficiency model C. By the end of this paper, the contrast of energy optimization degree in each design stage is detailed.
机译:在能效模型C的控制下,设计单位(DU)通过设计进度P将功能F更改为状态S。因此,通过以较低的能源成本获得F来实现能源优化的目标。为了使设计中使用的能效模型C更容易进行,将EDF的优化目标T和能耗影响模量M添加到了C。在能量优化公理化设计过程中,DU将最初客户的需求更改为产品的物理模块在分解过程中,其内容从虚弱转变为虚弱。 DU的函数F在独立公理的指导下被分解和定义。并在信息公理和能效模型C的运行中选择了最优解。到本文的最后,详细介绍了各个设计阶段的能量优化程度对比。

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