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首页> 外文期刊>E3S Web of Conferences >Design of Hydro Power by Using Turbines Kaplan on The Discharge Channel Paiton 1 and 2
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Design of Hydro Power by Using Turbines Kaplan on The Discharge Channel Paiton 1 and 2

机译:水轮机1号和2号泄洪通道的涡轮卡普兰水轮机设计。

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Condenser water from the discharge channel PJB Paiton discharged to the sea has the potential mechanical energy, because the flow rate of 7.6 m3 / s (if both discharge PJB Paiton function) and the discharge channel reaches a height of 4m. This paper will describe the design of hydro power (in the form of a block diagram) by using Kaplan turbine driven by utilizing the wastewater condenser. Kaplan turbine performance represented in the form of the relationship between the incoming water flow and the pitch angle (the angle between the propellers with a hub) to the torque generated. The simulation results indicate that the turbine torque is proportional to the mechanical power turbine. The greater the torque, the greater the mechanical power, and vice versa.
机译:冷凝水从排泄通道PJB佩顿排放到海中具有潜在的机械能,因为流速7.6 m3 / s(如果同时具有排泄功能)且排放通道的高度达到4m。本文将描述通过利用废水冷凝器驱动的Kaplan涡轮机进行水力发电的设计(以框图形式)。卡普兰涡轮机的性能以进水流量与桨距角(螺旋桨与毂之间的角度)与所产生的扭矩之间的关系的形式表示。仿真结果表明,涡轮转矩与机械功率涡轮成正比。扭矩越大,机械功率越大,反之亦然。

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