Digital vortex thermo-motive generation device

Abstract

The invention relates to a digital vortex thermo-motive generation device, in particular to the digital vortex thermo-motive generation device which utilizes heat of air heat sources or other low-temperature heat sources and uses working medium with low boiling point to apply work and automatically circulate. The invention designs a digital vortex thermo-motive generation device and a working method thereof, aiming at the problems that inadaptability to climatic changes, low energy efficiency ratio COP of the conventional heat pump generation device and the low-temperature thermo-motive device, motive seal medium leakage of a turbomachine output shaft, and low loading rate of discontinuous operation of the turbomachine. The device comprises a single and dual cycle digital vortex thermo-motive generation device integrated by a digital vortex heat-pump system, a working medium zero-leakage low-temperature turbomachine and a dead-steam extraction cycle system thereof, and a heat pipe device, a multi-split online, heat pump combined supply one-online and heat pump combined supply multiple-online generation systems. The device can adapt to climatic changes, has the energy efficiency ratio COP of between 3.4 and 5.6w / w, and can realize clean environment with working medium zero-leakage zero-pollution and no heat drainage pollution.

Description

Technical field [0001] The present invention relates to a digital vortex thermodynamic power generation device, in particular to a digital vortex thermodynamic power generation device that utilizes heat from air heat sources or other low-temperature heat sources, uses low-boiling point heat-carrying fluids, performs work in a closed state and continuously circulates itself, and its work method. Background technique [0002] Currently, there are a variety of known technical solutions for low-temperature heat source thermal power generation devices. The Chinese utility model patent No. 200720053248. On February 18, 2009, it relates to a heat pump generator or engine that utilizes low-temperature thermal energy from air heat sources, water heat sources and geothermal sources, which includes a heat pump, a steam boiler, a steam turbine, a generator or engine, a condenser, and a heating body. The heat pump absorbs the heat in the air and vaporizes the working medium in the syste...

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Problems solved by technology

[0007] The present invention aims at adopting the existing traditional compressor in the technical solutions disclosed in the patent No. 200720053248.X and No. 200610102180.X mentioned above, and the energy efficiency ratio of the heat pump system driven by it is lower than the COP, and it cannot adapt to climate change. The problem of low seasonal energy efficiency ratio SEER, and before the low-temperature turbine disclosed in the patent No. ZL200610002362. The combination and integration of low-temperature turbines, the low intermittent work load rate of low-temperature turbines need to improve efficiency, and the problems of complex systems and large structures that need to be omitted. The present invention uses digital scroll technology and low-temperature turbine technology. Combination and integration of heat pipe technology, a digital vortex thermal power generation device is designed, which uses the heat of air heat source or other low-temperature heat source, uses low-boiling point working fluid, works in a closed state and continuously self-circulates, and realizes heat transfer. Technical solutions for outputting mechanical energy or driving generators to generate electricity, including digital vortex heat pump systems for heat collection and amplification before thermal power conversion, low-temperature turbines with zero leakage of working fluid and exhaust gas recovery cycle systems, Non-energy-consuming heat medium superconducting technology—a single-cycle digital vortex thermal power generation device (referred to as single-cycle single-connection), single-cycle one-to-multi-connection, single-cycle heat pump Combined supply single-line, single-cycle heat pump joint supply and multi-line; a double-cycle digital vortex thermal power generation device (referred to as dual-cycle single-line), double-cycle one-to-multi-line, double-cycle heat pump joint supply single-line, double-cycle heat pump Joint supply and multi-connection, and its supporting electronic control technology equipment in the form of remote control, centralized control, and wire control

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