Method for the conversion of thermal energy into electrical energy based on an anticlockwise thermally regenerated cycle combined with thermal acceleration, and the application of same

Abstract

The invention relates to a method for converting thermal energy into electrical energy based on a counterclockwise thermal regeneration cycle, combined with thermal acceleration and its application, which can be used mainly in the energy industry. The demand for energy is increasing worldwide and increases the anthropogenic stress on the climate and the environment, because, according to the current state of the art, mainly fossil energy sources are burned for mobility and energy generation. This generation is based exclusively on clockwise thermal energy cycles. The side effects are residual heat and exhaust gases. The problem addressed by the invention is that of reducing the anthropogenic stress on the climate and the environment with a new simple method.Although counterclockwise refrigeration cycles require compression work for the drive unit, they can be thermally regenerated because the cooling required for condensation occurs at a higher temperature and pressure than evaporation. If the increase in volume in the phase change is also used to increase the velocity of the fluid across the flow cross-section (thermal acceleration), more flow energy is available in the process for power generation than is required for internal circulation. A counterclockwise thermal energy process.