now to fig3 the controlled flow of electrical energy through the system 10 is shown to begin with the operation of an energy conversion unit 18 by way of example the alternating current a c electrical energy that is generated in the conductor coil 34 of energy conversion unit 18 is depicted as the graph 50 it is to be noted at this point that the a c electrical energy from the conversion unit 18 can be taken directly therefrom to do work this possibility is indicated by the dash arrow 52 in fig3 the a c electrical energy however can also be sent from the conversion unit 18 to a rectifier 54 where it is effectively converted to direct current d c electrical energy this conversion to d c electrical energy is depicted by example in graph 56 if desired the d c electrical energy can be taken directly from rectifier 54 and used to do work this possibility is indicated by the dash arrow 58 alternatively the d c electrical energy can be transferred either to the re chargeable battery 12 or diverted to a storage unit 60 from the storage unit 60 d c electrical energy see graph 62 can be subsequently used to automatically recharge the re chargeable battery 12 with the above structural and functional aspects of the system 10 in mind an operational overview as to how the system 10 works under control of the central controller 16 will be best understood with reference to fig4 in fig4 it is to be appreciated that the converter 14 the rectifier 54 and the re chargeable battery 12 all function substantially as disclosed above further fig4 shows that electrical energy from the converter 14 is available to a user 64 from each of these.