ENERGY GENERATOR WITH TRIPLE CONVERSION

The invention relates to an energy generator with triple conversion. According to the invention, the generator consists of three modules for energy conversion into three energy forms, serially connected in a chain wherein each conversion produces the energy source for the next energetic transformati...

Ausführliche Beschreibung

Gespeichert in:
Bibliographische Detailangaben
Hauptverfasser: GOLGOŢIU EUGEN, ANTONESCU ION, CUCOŞ IULIAN, STROE CĂTĂLIN MARIUS, ALECU IOAN
Format: Patent
Sprache:eng ; rum
Schlagworte:
Online-Zugang:Volltext bestellen
Tags: Tag hinzufügen
Keine Tags, Fügen Sie den ersten Tag hinzu!
Beschreibung
Zusammenfassung:The invention relates to an energy generator with triple conversion. According to the invention, the generator consists of three modules for energy conversion into three energy forms, serially connected in a chain wherein each conversion produces the energy source for the next energetic transformation, the efficiency thereof being obtained by summing up the efficiencies of each conversion cycle, and the first energetic transformation is initiated by the conversion of the chemical energy of a fuel (1), from a tank (2), led through an electric valve (3) controlled by a carburetor (4), wherefrom the fuel mixture gets, through an intake valve (5), into the cylinder of the internal combustion engine (6) where, by expansion, generates mechanical work, which drives into a rotation motion a piston - connecting rod - crank assembly (7), driving into this motion, an electric generator (G), which transforms the mechanical work into useful electric energy, the gases resulting by a discharge valve (8) being circulated through a pipe in a heat exchanger (9), where they release thermal energy to the working fluid, overheating the same and modifying its condition - high pressure and high temperature parameters, the gases with a low temperature exhausted through a pipe (10), being circulated towards the suction fan of a pneumatic motor, that it heats supplementarily, thereby reducing the energy losses and avoiding the occurrence of the working fluid condensate, in the cylinder of the pneumatic motor (14), the overheated working fluid being circulated through a controlled servo valve (11), which allows the passage of gases of high pressure and temperature at a flow rate proportional with the power needed by the energy consumer it actuates, by means of a pipe, whereon there are placed, through a connection, a separation valve (12), permitting the mounting of a contact manometer (13) needed for controlling the pressure of the motive fluid gas, which drives the motor (14) supplied through an admission valve (15).