We study opto-electromechanically induced transparency in a hybrid opto-electromechanical system made up of an optical cavity tunneling-coupled to an opto-mechanical cavity,which is capacitively coupled to a charged mechanical oscillator by a charged and moveable mechanical cavity mirror as an interface.By studying the effects of the different parameters on the output field,we propose a scheme to modulate the opto-electromechanically induced transparency (OEMIT).Our results show that the OEMIT with the transparency windows from single to double to triple can be modulated by changing the tunneling,opto-mechanical and electrical couplings.In addition,the explanation of the OEMIT with multi-windows is given by the energy level diagram based on quantum interference.Our investigation will provide an optimal platform to manipulate the transmission of optical field via microfabricated opto-electromechanical device.