Simulation and implementation of a wireless power module for dielectric elastomer actuator. Many applications for implantable devices requires a battery to operate. Such batteries present various limitation for long term transcutaneous devices. More and more application for implantable devices uses wireless power technologies, what present a reliable solution in health application as ventricular assistance devices, neuroimplants, eye power lens, and etc. ln this project the goal is to develop a wireless lmplantable module that allows to transfer energy from a transmitter on the outside to the receiver inside the skin; to provide energy to a DEA.