According to the characteristics of waste soil with high water content, a kind of recyclable solid drainage electrode combination suitable for super soft soil reinforcement was proposed. According to the spatial layout of the solid drainage electrode combination, the test is designed. The water discharge, water content and shear strength, settlement change, potential distribution, current change and energy consumption, the electro osmotic consolidation of soil under different conditions were compared and analyzed. The results show that:(1) after increasing the transverse drainage channel, the drainage consolidation path is shortened, and the middle part of the soil maintains a high potential level, which increases the maximum drainage capacity by 38% compared with the traditional vertical electrode; (2) The shear strength of the single-layer and double-layer combination is increased by 3.0 and 1.5 times respectively after increasing the transverse drainage body, and the soil moisture content is increased by 3.0 times and 1.5 times respectively (3) The concept of uniform energy consumption coefficient is introduced to reduce the energy consumption coefficient from 0.163 to 0.154 after adding horizontal drainage body, which reflects the advantages of three-dimensional drainage electrode combination.