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首页> 外文期刊>Journal of power sources >Simultaneous optimisation of the properties of engineered composite grids for lead-acid batteries
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Simultaneous optimisation of the properties of engineered composite grids for lead-acid batteries

机译：同时优化铅酸电池工程复合网格的性能

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摘要

We have developed innovative multilayer composite grids as engineered materials, which are produced in the form of grid strip in a single, highly efficient, multistage electrodeposition process. In the present paper, we are reporting, how the individual requirements for grid properties can be satisfied and optimised individually and then combined simultaneously to an overall optimum in this new family of composite grid materials. The multilayer composite materials are composed of different layers of different structures and properties, which can provide a combination of different functional properties to satisfy a more demanding total specification of mechanical behaviour, electrical performance, corrosion resistance and cycling behaviour. The paper deals with the improvement of these properties in detail and with the overall simultaneous engineering of the grid material.
机译：我们已经开发出了创新的多层复合材料网格作为工程材料，它们以网格带的形式在单个高效的多阶段电沉积过程中生产。在本白皮书中，我们正在报告如何才能满足并分别优化对网格特性的个别要求，然后在此新的复合网格材料系列中同时将它们组合到总体最优状态。多层复合材料由具有不同结构和特性的不同层组成，可以提供不同功能特性的组合，以满足对机械性能，电气性能，耐腐蚀性和循环性能的更高要求。本文详细讨论了这些特性的改进以及网格材料的整体同步工程。

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