To provide an EV-charge solar plug-in station for charging an electric vehicle which has a large output capacity enough to respond to a charging capacity in a rapid charger for the electric vehicle with no uniform specification and an installation stage capable of adjusting the elevation angle and direction of a solarcell module according to the altitude of the sun to provide the maximum efficiency of power generation at an installation place, reduces the cost by modularizing the solar power generator for ease of installation and disassembly, and further provides movility.

The EV-charge solar plug-in station is constituted of a solarcell module, a solarcell installing means, a charge controlling means and a charging means for charging a battery module and an electric vehicle. The solarcell installing means has a plurality of horizontal arms, and a mounting pedestal to mount the solarcell module and install it on the arm.