Obrin power system compression type

Abstract

The present invention is of the compression type using mechanical energy to compress vapor to incite higher pressures' whereas the Obrin power system U.S. Pat. No. 6,800,951 uses a superheating method for expansion of the working fluid in the system. The invention relates to a apparatus for creating energy lag time technology, whereby producing and converting multiple energy sources to construct a generator power supply system. An electric starter motor that mechanically turns a generator that produces the amount of electric energy required, which is then transformed into mechanical energy by means of a compressor. Whereby the compressor squeezes the lower pressure vapor within the sealed system into a higher pressurized vapor. This higher pressure vapor energy is regulated and then converted into mechanical energy by means of a rotary turbine. The turbines' mechanical energy is used to turn the generator producing an electric energy source. The electric energy at this point will have means for stepping up the voltage to a higher output of electric energy needed for operating other electrical and/or electronic devices and applications apart from the system. Part of the higher electric energy output is also directed back into the system where the lower amount of electric energy is used by the compressor which produces mechanical energy. The high pressure vapor is then transferred to a condenser in the high side of the system. This vapor is used by the turbine at a lower pressure and slower rate then it was produced at the compressor. This difference in pressure being used at the turbine creates an energy lag time thereby causing the high pressurized vapor in the condenser to act as a energy storage container. After the systems primary condenser reaches a desired high pressure point, the starter will cut off and the generator will be turned by the vapor fluid pressure driven turbine. This forms an energy loop that will temporarily assist in supporting the systems operation. It can be used as a sole source of power or part of a unit or application.

1 . An energy supply system with ability to accumulate energy for later utilization comprising: 
 (a) a fluid circulation loop with a conduit, a pressure regulating device, a turbine-pump, a evaporator-condenser, a first valve;    (b) a compressor to which the circulation loop is connected;    (c) a working fluid with ability to change its operational states from a liquid to superheating gas in the boundary of the system and ability to circulate through the first loop;    (d) said compressor for bringing said working fluid into a higher pressurized state;    (e) an electrical generator driven by the turbine-pump;    (f) an electrical motor for driving said turbine-pump;    (g) wherein said electric motor accumulates energy in the first circulation loop by driving said turbine-pump and increasing pressure of the working fluid;    (h) wherein said accumulated energy is utilized with a lag of time by releasing said working fluid pressure by the valve and the pressure regulating device for circulation in the first loop and for driving said turbine-pump as a turbine, which in turn drives said generator for production of an electrical power.    
   
   
       2 . An energy system according to  claim 1 , wherein an added second circulation loop with a conduit an a second valve, to which the first circulation loop and compressor are connected, which is an auxiliary to the first circulation loop and provides load reduction to the compressor and utilization, as required.  
   
   
       3 . An energy system according to  claim 1 , wherein operation stages of energy accumulations and energy releases with associated starting of the motor, valves opening or closing, suppling power to the compressor, connecting or disconnecting the generator to the network are performed by a control scheme.  
   
   
       4 . An energy supply system according to  claim 3 , wherein said control scheme is sensing changes in pressure of the working fluid.  
   
   
       5 . An energy supply system according to  claim 3 , wherein said control scheme is sensing changes in temperature of the working fluid.