The invention discloses an active power distribution network multi-objective planning method considering energy storage and load management technologies. The method comprises the following steps: establishing a charging and discharging model of a battery energy storage system from the aspects of residual electric quantity level and charging and discharging power; dividing charging and dischargingperiods of the battery energy storage system according to the time-of-use electricity price; configuring the charging and discharging power in each charging and discharging time period; establishing an active power distribution network double-layer planning model, wherein an upper-layer plan is an investment layer, the minimum total economic cost and the highest power supply reliability are takenas planning objectives, and decision variables comprise a newly-built line, an upgrading line, the installation number of distributed power supplies and the configuration capacity of a battery energystorage system, the lower-layer plan is a simulation operation layer, active management measures are taken into consideration, the minimum operation cost is taken as a planning target, and the decision variables comprise energy storage charging and discharging power at each moment, controllable load, wind and light abandoning capacity and transformer tapping point positions. According to the design, the economical efficiency is improved, and the power supply reliability is improved.