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首页> 外文期刊>Polish Journal of Environmental Studies. >Micro Heat and Power Plants Working in Organic Rankine Cycle
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Micro Heat and Power Plants Working in Organic Rankine Cycle

机译:微型热电厂以有机朗肯循环运行

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摘要

Renewable heat sources are rarely suited to the temperature requirements of modern thermal power plants. Thus, our unique opportunity is to deliver to the market power plants optimized for these unused and overlooked thermal resources utilizing Organic Rankine Cycle (ORC). The ORC is similar to the cycle of a conventional steam turbine, except for the fluid that drives the turbine - a high molecular mass organic fluid, usually Freon or another low-boiling fluid. This paper analyzes micro combined heat and power plants (micro CHP) operating on ORC, which aims to replace conventional boilers in homes. The heat power of micro CHP is in the range of from ten to a hundred kilowatts, and electric power in the range of from a few to tens of kilowatts. Analysis concerns selection of a cycle, calculation of thermodynamic parameters, and determination of basic dimensions of heat exchangers: condenser and evaporator.
机译:可再生热源很少适合现代火力发电厂的温度要求。因此,我们的独特机会是利用有机朗肯循环(ORC)将针对这些未使用和被忽视的热资源优化的发电厂推向市场。 ORC与常规蒸汽涡轮机的循环类似,不同之处在于驱动涡轮机的流体-一种高分子量有机流体,通常是氟利昂或另一种低沸点流体。本文分析了在ORC上运行的微型热电联产电厂(micro CHP),其目的是替代家庭中的常规锅炉。微型CHP的热功率在十到一百千瓦的范围内,而电功率在几千瓦到几十千瓦的范围内。分析涉及循环的选择,热力学参数的计算以及热交换器(冷凝器和蒸发器)基本尺寸的确定。

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