Design of a Loadbased Battery Discharge System in a Remote Island Using Marine Currents and Solar Energy as Energy Sources

None Faanzir Faanzir, None Umar Umar, None Iswan Iswan
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Abstract

This paper proposes a plan of electric system on a remote island that utilizes the power of marine currents and solar. The supply system is carried out in a decentralized battery and a centralized battery. The types of batteries used is Lithium-Ion (Li-Ion). The decentralized battery system and the centralized battery, refer to each customer's load power. Power customer loads using DC (Direct Current) equipment and lighting. The battery voltage used as a source is 48 V while the customer uses 12 V. The use of batteries as the main source to meet the electricity needs of various types of customers uses a maximum current of about 3.8 A.
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以海流和太阳能为能源的海岛负载式电池放电系统设计
本文提出了一种利用海流和太阳能发电的偏远岛屿电力系统方案。供电系统在分散电池和集中电池中进行。使用的电池类型是锂离子(Li-Ion)。分散蓄电池系统和集中蓄电池系统,是指每个客户的负载功率。使用DC(直流)设备和照明为客户负载供电。作为电源的电池电压为48v,而客户使用12v。以电池为主要电源,以满足各类客户的用电需求,最大电流约3.8 a。
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