POWER PLANT WITH PULSE DETONATION COMBUSTION OF FUEL Russian patent published in 2018 - IPC F02C5/00 F01K23/10 

FIELD: physics.

SUBSTANCE: invention relates to power plants with pulse detonation combustion of fossil or synthetic combustible materials that can be used, for example, in electric power plants or in industrial enterprises as part of various technological complexes for obtaining electromechanical energy, including in arctic conditions. Method is proposed in which shock waves and pulsed high-speed jets of detonation products, before being directed to a traditional turbocharger, first rotate a massive toothed flywheel, and then dissipate in the intermediate damping volume, resulting in the fact that the manufacturer's maximum permissible load on the traditional turbocharger is not exceeded, and high-temperature detonation products are further used to generate thermal, mechanical and electrical energy using known gas and steam turbine power plants. Proposed method is implemented in the proposed device including a pulse detonation tube, an intermediate damping volume, a turbocharger, an air and fuel supply system, an ignition system and a cooling system in which a toothed flywheel in the sealed housing and an intermediate damping volume are connected to the pulse detonation tube, from which high-temperature detonation products are further supplied to known gas and steam turbine power plants for obtaining thermal, mechanical and electrical energy.

EFFECT: invention provides for the generation of electrical, mechanical and thermal energy by means of shock waves and high-speed jets of detonation products generated by the pulse detonation combustion of fossil or synthetic combustible materials, in power plants with traditional turbochargers without exceeding the maximum permissible loads prescribed by the manufacturer.

7 cl, 5 dwg