首页> 外国专利> ELECTRIC POWER GENERATION SYSTEM WITH IMPROVED THERMAL EFFICIENCY AND CONDENSATION EFFICIENCY BY REDUCING THE AMOUNT OF COOLING FLUID USED AND SUPPLIED CALORIES IN A CONDENSER

ELECTRIC POWER GENERATION SYSTEM WITH IMPROVED THERMAL EFFICIENCY AND CONDENSATION EFFICIENCY BY REDUCING THE AMOUNT OF COOLING FLUID USED AND SUPPLIED CALORIES IN A CONDENSER

机译:通过减少冷凝器中使用和提供的热量的冷却液量,提高了热效率和冷凝效率的发电系统

摘要

PURPOSE: An electric power generation system with improved thermal efficiency and condensation efficiency is provided to reduce the amount of cooling fluid which is used in a condenser by sufficiently cooling rarefied fluid which is obtained by a gas-liquid separator.;CONSTITUTION: An electric power generation system with improved thermal efficiency and condensation efficiency comprises a generation unit (A) and a heat exchanger (450). The heat exchanger is equipped on a working fluid circulation system of the generation unit, and provided to exchange heat between a working fluid and a heating fluid. The generation unit comprises an evaporator (150), a separator (160), an energy conversion unit (170), a mixer (190), a condenser (110), and a pumping unit (120). The evaporator evaporates the working fluid by exchanging heat between the working fluid with at least two components and the heating fluid. The separator receives the evaporated working fluid, and separates the working fluid into a concentrated fluid and a rarefied fluid. The energy conversion unit produces useful energy by expanding the concentrated fluid. The mixer mixes the concentrated fluid whose energy is consumed by passing through the energy conversion unit, with the rarefied fluid which is discharged from the separator. The condenser condenses the working fluid by exchanging heat between the mixed working fluid and the cooling fluid which is supplied from a low heat source. The pumping unit pressurizes the working fluid which passes through the condenser.;COPYRIGHT KIPO 2013
机译:目的:提供一种具有提高的热效率和冷凝效率的发电系统,以通过充分冷却由气液分离器获得的稀有流体来减少冷凝器中使用的冷却流体的量;组成:电力具有提高的热效率和冷凝效率的发电系统包括发电单元(A)和热交换器(450)。热交换器装备在发电单元的工作流体循环系统上,并且被设置为在工作流体和加热流体之间交换热量。产生单元包括蒸发器(150),分离器(160),能量转换单元(170),混合器(190),冷凝器(110)和泵送单元(120)。蒸发器通过在具有至少两种成分的工作流体与加热流体之间进行热交换来蒸发工作流体。分离器接收蒸发的工作流体,并将工作流体分离为浓缩流体和稀有流体。能量转换单元通过使浓缩流体膨胀来产生有用的能量。混合器将通过能量转换单元而消耗了能量的浓缩流体与从分离器排出的稀薄流体混合。冷凝器通过在混合的工作流体和从低热源供应的冷却流体之间进行热交换来冷凝工作流体。抽油机对通过冷凝器的工作流体加压。; COPYRIGHT KIPO 2013

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