潜热利用式复合有机朗肯循环余热回收系统构建及优化-partA
Parameter analysis of waste heat recovery system of latent heat utilization compound organic Rankine cycle-partA
为充分利用柴油机余热、减少工质潜热损失，设计了一种由高温有机朗肯循环（HTORC）、低温有机朗肯循环（LTORC）两级循环组成的潜热利用式复合有机朗肯循环系统，用于回收柴油机的高温尾气、中温冷却液及高温循环的乏气潜热。其中，高温循环、低温循环通过一种集成式蒸发/冷凝器进行耦合，即利用低温侧工质对高温侧工质进行冷凝的同时实现低温侧工质能量品质提升和高温侧工质潜热再利用的功能。结果表明，相比于高温尾气和中温冷却液各自独立的余热回收系统，该潜热利用式复…查看全部>>
In order to make full use of the high exhaust gas temperature and reduce the latent heat loss, a compound organic Rankine cycle system with latent heat utilization is designed, which consists of two stages of high-temperature organic Rankine cycle (HTORC) and low-temperature organic Rankine cycle (LTORC), and is used to recover the high-temperature exhaust gas, medium-temperature coolant and latent heat of the working medium of a heavy-duty diesel engine. Wh…查看全部>>
王昕平;马悦;韩永强;程兆辉;金华玉;王鹏;虞浏;
TK411+.5
waste heat recovery organic Rankine cycle latent heat utilization dual loop coupled heat transfer
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