首页> 外国专利> Photovoltaic panel subgrade system, preferably using the one-sided back contact photovoltaic cells and method of integrating of the subgrade material fibre layers with the top conductive layer, in the thermoplastic process

Photovoltaic panel subgrade system, preferably using the one-sided back contact photovoltaic cells and method of integrating of the subgrade material fibre layers with the top conductive layer, in the thermoplastic process

机译:光伏面板路基系统,最好使用一侧向后接触式光伏电池,以及在热塑性工艺中将路基材料纤维层与顶部导电层整合的方法

摘要

system is characterized by the fact that the substrate is rigid layer (8) of the structure of the monolith, containing at least one reinforcing layer wsporczu0105 based on grouped thermally fibres and / or tapes (8.1) in any construction relative to each other and the order covered what no the conductive metal layer. one (8.2).method of fusion material substrate with the layers of fibres in the conductive layer termoplastycznym is that of mineral fibres (8.1) is used to waterproof in high temperature thermoplastic binders and then welds in mutually different construction wnolegu0142ym to form uniform thin strip and welds in the process laminacji, after which the tapes (8.1) is formed as a layer in the substrate material longitudinally with uncut length odwijanych - straight from the rolls of tape and tape with transverse, which cuts on episodes due to the arranged perpendicular to the longitudinal direction of the tapes, and also to the direction of travel of the load, then input moving in process heat and pressure treatment in a laminacji,in which the warhead is made by high-pressure injection of hot plastic material and solidifying material to a target thickness and cooling material substrate.
机译:该系统的特征在于以下事实:基底是整体结构的刚性层(8),其包含至少一个基于成组的热纤维和/或带(8.1)的增强层(相对于每个结构,带或带)的增强层。其他和顺序覆盖什么没有导电金属层。一种(8.2)。在导电层中具有纤维层的熔融材料基体的方法是用矿物纤维(8.1)在高温热塑性粘合剂中进行防水,然后在互不相同的构造中进行焊接以形成均匀的方法。薄带和过程laminacji中的焊缝,然后将带材(8.1)在基体材料中纵向形成一层,长度未切割odwijanych-直接从带材卷和带材卷上横向切入,由于排列的缘故而切割垂直于胶带的纵向,也垂直于负载的行进方向,然后输入在laminacji中进行过程热处理和压力处理的运动,其中弹头是通过高压注入热塑料材料并固化而制成的将材料冷却到目标厚度并冷却材料基材。

著录项

  • 公开/公告号PL406476A1

    专利类型

  • 公开/公告日2015-06-22

    原文格式PDF

  • 申请/专利权人 ROKICKI STANLEY ALEKSANDER;

    申请/专利号PL20130406476

  • 发明设计人 STANLEY ALEKSANDER ROKICKI;

    申请日2013-12-11

  • 分类号H01L31/00;H01L31/05;H01L31/042;

  • 国家 PL

  • 入库时间 2022-08-21 15:13:16

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