The start and power change of induction motor load have a big influence on voltage, frequency and power balance of microgrid, especially of islanded microgrid. So an adaptive-transient droop control strategy is investigated. In the proposed method, a linear function of the power and droop coefficient and a transient component are introduced to improve the dynamic performance and power sharing of traditional droop control. The whole control strategy of microgrid, which contains induction motor load, is a combination of adaptive-transient droop control and PQ control based on hierarchical control. The simulation model of microgrid is implemented in PSCAD/EMTDC software. The simulation results verify the correctness of the proposed adaptive-transient droop control and the effectiveness of the microgrid control strategy.