輸電鐵塔所需的低壓供電電源主要以低壓配電線或太陽能供應，但低壓配電線路受限於在山嶺、河川、路權取得…等佈設配電線有困難，且需要龐大費用。太陽能供電則有太陽能板及電池壽命不長、需清潔維護問題須克服，本文提出以輸電線路靜電場取得電力。
本文運用於電塔輸電線路下方放置一集電板，利用靜電感應提供一微量感應電源，則可供於電塔饋線行經處低壓用電設備使用。例如發展取代目前輸電鐵塔所使用之太陽能供電航空障礙警示燈…等。

The low voltage power distrbution and solar-energy device are usually used for the power distribution of low voltage system for transmission line tower. The construstion of low voltage power distribution is expenses, and built limit at terrain of mountain district, rain forest, right way,etc. The solar-energy device need to maintain and clean photovoltaic panels, overcome short life-span of bettery. In this thesis, methods of electrostatic field inductions to obtain electric power of transmission lines are also proposed.
Utility electrostatic field induction supplys slight power capacity that put electron-change panel under the tower of transmission line, then raise altitude of electron-change panel on the tower that can provides power for low voltage equipments from route of transmission lines.

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