摘要:
A magnetohydrodynamic electric generator is disclosed, which is so devised that the coherent light generated in it by electrical stimulation, heat induction and/or gas expansion is collected and focused towards the gas plasma moving between the magnets and the electricity-collecting plates. In this generator, the composition of the laser gas mixture is also controlled and adjusted to compensate for the unavoidable loss occurring in operation, when some of the gas molecules, especially CO2, are dissociated.
摘要:
The invention relates to the field of magnetohydrodynamic generators, and more specifically to such a generator (10) including a flow duct (11) for a working fluid, delimited by a first wall (12) and a second wall (13), a working fluid ionization device (14), a pair of arms (15), each connecting the first and second walls (12, 13) downstream of said ionization device (14) so as to define, between said arms (15) and said walls (12, 13), a channel (16) in the flow duct (11), said channel (16) being arranged so as to have some of the working fluid passing therethrough after the ionization thereof, a magnet for generating a magnetic field (B) oriented perpendicularly to the flow of the working fluid in the channel (16) delimited by the pair of arms (15) and said walls (12, 13), and at least one pair of electrodes (17). Each electrode (17) of each pair is arranged on one side of the channel (16) delimited by the pair of arms (15) and said walls (12, 13). Said electrodes (17) of each pair are spaced apart from one another perpendicularly to said magnetic field (B) and the flow of the working fluid in the channel (16) delimited by the pair of arms (15) and said walls (12, 13).
摘要:
The system allows the generation and distribution of energy on board a motor vehicle provided with a propulsion unit (E; PM), a tank (R) for fuel (F) at least one distribution network or line for electric energy (1-2; 2-3), electrical energy generation devices (MGM) connected to the said at least one distribution network or line (1-2; 2-3), and a plurality of selectively activatable electrical utiliser devices or apparatus (M, DVC, HVAC, DI, etc) connected or connectable to the said at least one distribution network or line (1-2; 2-3). The said electrical energy generator devices comprise (at least) a microcombustor electricity generator matrix or battery (MGM; MGM1-MGMn) connected to the fuel tank (R), and a supervision and control unit (EPM) associated with this generator matrix or battery (MGM, MGM1-MGMn) and coupled to the distribution network or line (1-2; 2-3) and arranged to control the operation of the said generator matrix or battery (MGM; MGM1-MGMn) in a predetermined manner as a function of the electrical power required or consumed by the said network or line (1-2; 2-3).
摘要:
The system allows the generation and distribution of energy on board a motor vehicle provided with a propulsion unit (E; PM), a tank (R) for fuel (F) at least one distribution network or line for electric energy (1-2; 2-3), electrical energy generation devices (MGM) connected to the said at least one distribution network or line (1-2; 2-3), and a plurality of selectively activatable electrical utiliser devices or apparatus (M, DVC, HVAC, DI, etc) connected or connectable to the said at least one distribution network or line (1-2; 2-3). The said electrical energy generator devices comprise (at least) a microcombustor electricity generator matrix or battery (MGM; MGM1-MGMn) connected to the fuel tank (R), and a supervision and control unit (EPM) associated with this generator matrix or battery (MGM, MGM1-MGMn) and coupled to the distribution network or line (1-2; 2-3) and arranged to control the operation of the said generator matrix or battery (MGM; MGM1-MGMn) in a predetermined manner as a function of the electrical power required or consumed by the said network or line (1-2; 2-3).
摘要:
A magnetohydrodynamic electric generator is disclosed, which is so devised that the coherent light generated in it by electrical stimulation, heat induction and/or gas expansion is collected and focused towards the gas plasma moving between the magnets and the electricity-collecting plates. In this generator, the composition of the laser gas mixture is also controlled and adjusted to compensate for the unavoidable loss occurring in operation, when some of the gas molecules, especially CO2, are dissociated.