An AC/DC hybrid energy router of an omnibearing soft switch comprises a three-phase bidirectional rectification unit, a dual-active full-bridge conversion unit, an omnibearing zero-voltage soft switchunit, an interleaving parallel Boost unit, a four-switch Buck-Boost unit, a single-phase full-bridge bidirectional inversion unit, a high-voltage DC bus, a low-voltage DC bus, a hall current sampler,a current sampler, a DSP control board, a driving circuit and an auxiliary power supply. In the device, a period of the omnibearing zero-voltage soft switch unit applied to the dual-active full-bridge converter is divided into seven modes, and the switch loss of the dual-active full-bridge converter is greatly reduced; and by a novel structure, the support of an SST on a power distribution network is improved, the electric energy quality is improved, the DC buses are withdrawn so that a DC load, an energy storage device, photovoltaic equipment and the like can be connected to a local energy internet, power exchange between distributed equipment in a region and the power distribution network is achieved, meanwhile, the problem of local absorption of new energy is solved, and a hardware foundation is laid for optimization of power economy.