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Abstract In some recent work the existence of the dark energy of the universe, also known as vacuum-energy, was investigated theoretically [1,2] and experimentally [3,4], resulting in the possibility to convert this energy into mechanical energy within the laboratory. A rotor within an electrical field was propelled by vacuum-energy, whereby ideally no electrical energy from the field-source should be used. A final proof that the observed rotation of the rotor is really based on vacuum-energy, is established for sure, as soon as the produced mechanical engine power of the rotor is larger, than the electrical power losses, which occur because of imperfections of the electrical isolation within the machine converting vacuum-energy. Such imperfections of the isolation cause a discharge of the source of the electrical field, which has to be compensated in the real setup of an experiment in order to avoid that the field will disappear in the course of time. This proof was brought with the experiment reported here, whereby an electrical power loss of (2.87+/-0.89)nanowatts is seen in comparison with a produced mechanical engine power of approx.(150+/-50)nanowatts, so that at least the difference is taken from vacuum-energy for sure.