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Co-generation unit energy system with generator of ionized gaseous mixture of hydrogen and oxygen for controlled feeding of fuels and hydrogen-oxygen mixture into combustion space of the co-generation unit engine

机译:具有氢气和氧气的离子化气态混合物发生器的热电联产单元能源系统,用于控制将燃料和氢氧混合气送入热电联产发动机的燃烧空间

摘要

The invention relates to a power system, the cogeneration unit generator ionized gaseous mixture of hydrogen and oxygen for a controlled delivery of fuel and a mixture of hydrogen and oxygen into the combustion chamber of the engine cogeneration units, wherein the energy system of the cogeneration unit (4) to the generator (1), the ionized gaseous mixture of hydrogen and oxygen for controlled dosing of fuel and the ionized mixture of hydrogen and oxygen into the combustion chamber (2) motor (3), a cogeneration unit (4) comprising a generator (1), the ionized gaseous mixture of hydrogen and oxygen and the motor (3). Chamber (5) of dry electrolytic cell (6) with nanoelektrodami (18) coated layer of nanoparticles, in particular sheets of graphene (19), a generator (1), the ionized gaseous mixture of hydrogen and oxygen is connected to the upper section of assembly ionized gas mixture via line (7) to container (8) of the electrolyte, with the extension pipe (7) passes through the inner space of the container (8) of electrolyte in its lower portion, the subsequent internal space on the route of rising gas is at the top of the stack (8) of the electrolyte is connected to the outlet pipe mixture ionized hydrogen and oxygen (9) of the generator (1), the ionized gaseous mixture of hydrogen and oxygen, which is connected via a connecting hose (10) and through the air filter (11), or connected directly to the suction pipe (12) and further into the combustion chamber (2 ) of the motor (3).
机译:本发明涉及一种动力系统,该热电联产单元发电机产生氢和氧的离子化气态混合物,用于将燃料和氢和氧的混合物受控地输送到发动机热电联产单元的燃烧室中,其中该热电联产单元的能量系统(4)将用于控制剂量的燃料的氢和氧的离子化气态混合物和氢和氧的离子化气态混合物送入发生器(1)的电动机(3)中的热电联产单元(4)发生器(1),氢和氧的离子化气态混合物和电动机(3)。干式电解池(6)的腔室(5)带有纳米颗粒的纳米Elektrodami(18)涂层,特别是石墨烯片(19),发生器(1),氢和氧的离子化气态混合物连接到上部组装的电离气体混合物通过管线(7)到达电解液容器(8),而延伸管(7)穿过电解液容器(8)下部的内部空间,随后的内部空间上升气体的路径是在电解液的堆栈(8)的顶部连接到发生器(1)的出口管混合物的电离的氢和氧(9),氢和氧的电离的气态混合物通过连接软管(10)并通过空气过滤器(11),或直接连接到吸入管(12),再进一步连接到电动机(3)的燃烧室(2)。

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