An effective device to reduce the earth resistance of grounding systems for power transmission towers on rocky mountain tops with high soil resistivity and constrained area is proposed in this paper. In these scenarios, conventional methods such as using horizontal electrodes to reduce ground resistance require more space and fine‐grained soil for backfill. These methods are not applicable to scenarios where the ground consists of rock or crushed stone. To tackle such limitations, we propose an effective approach with less space and soil requi...
