The invention discloses an applicability evaluation method of a pulse solar simulator for high performance crystalline silicon battery test. The problem that the hardware condition is solved by usinga steady-state solar simulator can be solved, the judgment process is simplified, and the judgment time consumption is reduced. The method comprises the following steps of A, placing a high-efficiencycrystalline silicon battery at a sample position of a pulse solar simulator to be judged; B, adjusting the voltage scanning direction of the pulse solar simulator to be forward, testing the photoelectric conversion performance of the high-efficiency crystalline silicon battery to obtain the positive scanning maximum power Pmax forward direction; C, adjusting the voltage scanning direction of thepulse solar simulator to be backward, testing the photoelectric conversion performance of the high-efficiency crystalline silicon battery to obtain a reverse scanning maximum power Pmax reverse direction; and D, calculating a difference value delta between the positive scanning maximum power Pmax forward direction and the reverse scanning maximum power Pmax reverse direction; and E, judging the applicability of the pulse solar simulator to the high-efficiency crystalline silicon battery test according to the difference value delta.