发电机对改变渔船电负荷的效率研究

D. Prasetyo, Muhammad Zaki Latif Abrori, A. Pujianto
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引用次数: 1

摘要

渔船上的电能是不可避免的能源需求,船上的电源来自发电机,通常由柴油发动机驱动。渔船上的电能用于照明、导航和协助渔船装卸作业。渔船上的发电机如果负荷不超过负荷系数限值,就能正常工作,使用寿命长。研究人员进行了几个阶段,即:确定配电系统的电力,确定发电机的容量和接收的电力负荷,计算不同运行条件下的电力负荷。在本研究中,还知道了发电机在四种不同运行条件下的运行效率。研究结果表明,该渔船采用径向配电系统;采用两台规格相同的发电机,每台容量为225千伏安;机组在各种工况下均能高效运行,负荷系数为79.70% ~ 83.08%。
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The The Efficiency of Generator Toward Changes Electric Loading in Fishing Vessels
Electrical energy on fishing vessels is an unavoidable energy requirement, the electric source on board is obtained from an electric generator which is generally driven by a diesel engine. Electrical energy on fishing vessel is used for lighting, navigation purposes and assisting fishing activities to loading and unloading. The electric generator on fishing vessel will operate properly and have a long service life if the load applied to the generator does not exceed the load factor limit. Researchers carried out several stages, i.e: identify the electric power distribution system, identify the generator capacity and electrical load received, calculate the electrical load on different operational conditions. In this study, it is also known that the operating efficiency of the generator under four different operational conditions. The results of the research, this fishing vessel uses a radial electrical distribution system; using two units of electric generator with identical specifications, each has a capacity of 225 kVA; the generator operates efficiently in all operational conditions with a load factor of 79.70% to 83.08%.
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