L2M NSERC - Hollow cylindrical Solar Panel designed to fit around Electrical Transmission Wires (and Associated Variations)

我们提出了一种新型的太阳能“电池板”设计，一个中空的圆柱体与光伏材料的圆柱体的外表面。这种设计的目的是很容易'滑'的面板上的传输线。这将使含有光伏材料的圆柱形面板的外表面暴露于阳光下，并且它们可以产生额外的电力。此外，已知第三代太阳能电池在磁场存在的情况下产生更多的电力，而不改变电池中使用的材料。因此，这里的想法是利用传输线周围产生的磁场（基本上是浪费能量）来制造更高效的太阳能电池板。在这样做的过程中，我们也将废弃能源转化为有用的能源，使（电线+太阳能电池板）系统更加高效。最后，与有助于应对气候变化的大型太阳能项目有关的问题是与土地购置（安装太阳能电池板）有关的成本、能够安装电池板并将其与电网连接的熟练劳动力以及安装每个电池板所需的时间（高度熟练劳动力）。在这里，土地已经属于电力传输当局（增加了太阳能发电的收入来源），太阳能电池板安装简单，自带必要的电路，将每个电池板安装在电线上是一个简单的任务，将圆柱体滑到电线上。

We propose a new type of solar 'panel' design, a hollow cylinder with the photovoltaic material on the cylinder's outer surface. This design aims to easily 'slip' the panel over transmission wires. This would expose to sunlight the outer surface of the cylindrical panel containing the photovoltaic material, and they can produce additional electrical power.In addition, third generation solar cells are known to produce more electrical power in the presence of magnetic fields without changing the materials used in the cell. The idea here therefore is to use the magnetic fields generated around transmission wires (essentially waste energy) to create a more efficient solar panel. In doing so, we are also converting waste energy into useful energy, making the (wire + solar panel) system more efficient. Lastly, the problems associated with large solar projects that can help in addressing climate change are costs related to land acquisition (for installing solar panels), skilled labour that can install and connect the panels to the grid, and the time taken (of the highly skilled labour) to install each panel. Here the land is already owned by the power transmission authority (added source of income from solar power), the solar panels are simple to install, are self-contained with the necessary circuitry, and installing each panel on a wire is a simple task of slipping the cylinder onto the wire.