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Energy storage silo system.

机译:储能筒仓系统。

摘要

Energy storage silo system, designed as a ropeless gear-lift storage unit in which, by changing the position of its moving component, called the tractor (including the lifting load), which can be moved down and back in a vertically designed shaft, making it a repetitive, very efficient one Conversion of any electrical energy obtained or available from the network into mechanical energy and its storage as potential energy and vice versa. A simplified version of such an energy storage silo system is shown, in which the tractor (1) together with the lifting load (D HM) is in a shaft (4) with a round cross-section with the diameter Ds, of a given geodetic level of the physical Earth's surface is only technologically limited h SU deep (4 / 4.1) down and further, e.g. in a skyscraper (3 / 3.4) h so high (4 / 4.2) upwards and consists of at least two vertical shaft walls (4 ) integrated, tubular support columns (2 / 2.1), made of guide rails (2 / 2.3) attached to the support plates (2 / 2.2) and is connected to an electric motor / generator / gear (1 / 1.4, 1.5, 1.6) with the help of the toothed racks ( 2 / 2.4) and gears (1 / 1.3) driven by a ventilation system (3 / 3.2) conditioned and functionally controlled by a control system (3 / 3.1) installed on the ground floor of the skyscraper (3 / 3.4).
机译:储能筒仓系统,设计为无绳齿轮升降存储单元,其中通过改变其移动部件的位置,称为拖拉机(包括提升负载),这可以在垂直设计的轴上移动,制作它是一种重复的,非常有效地将任何从网络获得或可用的电能转换为机械能,并且其存储作为潜在的能量,反之亦然。示出了这种能量存储筒仓系统的简化版本,其中拖拉机(1)与提升载荷(D HM)一起位于轴(4)中,具有给定的圆形横截面,给定的圆形横截面物理地球表面的大地测量水平仅在技术上是深度(4/4.1)下降并进一步,例如在摩天大楼(3/3.4)H如此高(4 / 4.2)上,由至少两个垂直的轴壁(4)集成,管状支撑柱(2 / 2.1)连接,由导轨(2 / 2.3)连接在支撑板(2 / 2.2)上,借助于齿形齿条(2 / 2.4)和齿轮(1 / 1.3),连接到电动机/发电机/齿轮(1 / 1.4,1.5,1.6),齿轮(1/1.3)通过安装在摩天大楼的底层(3 / 3.4)上的控制系统(3/3.1)的通风系统(3/3.2)调节和功能控制。

著录项

  • 公开/公告号CH717197A2

    专利类型

  • 公开/公告日2021-09-15

    原文格式PDF

  • 申请/专利权人 WILHELM SERVIS;THOMAS DIBKE;

    申请/专利号CH20200000268

  • 发明设计人 WILHELM SERVIS;THOMAS DIBKE;

    申请日2020-03-07

  • 分类号F03G3;

  • 国家 CH

  • 入库时间 2022-08-24 21:02:34

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