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Design and Implementation of Effective Electrical Power System for Surya Satellite-1

机译：苏里亚卫星-1有效电力系统的设计与实现

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Surya Satellite-1 is a nanosatellite developed by students of Surya University. The subject of this paper is the design and implementation of effective electrical power system for Surya Satellite 1. The electrical power system role is to supply other systems of the satellite with appropriate electrical power. First, the requirements of the electrical power system are defined. The architecture of the electrical power system is then designed to build the prototype. The orbit simulation is calculated to predict the power production. When prototype test and simulation data is gained, we make an operation scenario to keep the produced power and the consumed power in balance. The design of the modules of the electrical power system is carried out with triple junction solar cells, lithium ion batteries, maximum power point trackers, charging controllers, power distributions, and protection systems. Finally, the prototypes of the electrical power system are presented.
机译：Surya Satellite-1是由Surya University的学生开发的纳米卫星。本文的主题是苏里亚卫星的有效电力系统的设计和实施。电力系统作用是提供适当的电力的卫星的其他系统。首先，定义了电力系统的要求。然后设计电力系统的架构以构建原型。计算轨道模拟以预测电力生产。当获得原型测试和仿真数据时，我们进行操作场景，以保持产生的功率和消耗的功率平衡。电力系统模块的设计与三界太阳能电池，锂离子电池，最大功率点跟踪器，充电控制器，电源分布和保护系统进行。最后，提出了电力系统的原型。

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