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Method to decrease strength of electrical energy system



This invention is in principal a new method of saving an electrical energy. The usage of this invention will allow reduction of electrical losses which occurs in the electrical transmission networks.


The application of this invention would result in cutting energy loses in the electrical energy transmission networks by half and therefore increasing the network efficiency.


This invention is the basis for a device that could find wide application.


This device is placed between the electrical source at the end of the transmission network and the load.


This invention does NOT require any changes in the existing transmission networks or the end the user.

 

Fig. 1. presents model of two equivalent electroenergetical systems, in extreme use. All four light bulbs (100W/230V), show visually the power of internal resistor of generator and all resistors from cables (r), up to load ( R ). Losses are shown on light bulb ( r )

Fig.2. shows decreased losses on bulb ( r ). Power on load ( R ) is less than power on load ( R ) of control system ( K ) because device is not working 100% properly in this situation.

Fig. 3. presents electroenergetical systems in shortcircuit use. Usually, in that case generator will burn. Bulbs ( r ) is 20W/230V. ( R ) is 100W/230V.


Fig. 4. shows situation with used device, and control system ( K ) as usual.


Power suplly is 230V, 50 Hz  for model on photos



CONSEQUENCE


On systems of many Europian states, losses on grid is more than 20%. According losses , device (halving losses) provide 10% saving energy. Also decrease strenght of electrical energetic system. Therefore saving fuel ( coal, gas... ) and reduce emmision of CO2. Also, device protect system from overload - no decay systems, no accidence! Used of device provide more energy efficiency of grid