Design and testing of spacecraft power systems using VTB

Zhenhua Jiang; Shengyi Liu; Dougal R.A.

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Design and testing of spacecraft power systems using VTB

机译：使用VTB设计和测试航天器动力系统

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摘要

A study is presented on the design and testing of spacecraft power systems using the virtual test bed (VTB). The interdisciplinary components such as solar array and battery systems were first modeled in native VTB format and validated by experiment data. The shunt regulator and battery charge controller were designed in Simulink according to the system requirements and imported to VTB. Two spacecraft power systems were then designed and tested together with the control systems.

机译：提出了一项关于使用虚拟测试台（VTB）设计和测试航天器动力系统的研究。跨学科组件（例如太阳能电池板和电池系统）首先以本地VTB格式建模，并通过实验数据进行了验证。分流稳压器和电池充电控制器是根据系统要求在Simulink中设计的，并导入到VTB中。然后设计了两个航天器动力系统，并与控制系统一起进行了测试。

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来源
《IEEE Transactions on Aerospace and Electronic Systems》 |2003年第3期|p.976-989|共14页
作者
Zhenhua Jiang; Shengyi Liu; Dougal R.A.;
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作者单位

Dept. of Electr. Eng., South Carolina Univ., Columbia, SC, USA;

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原文格式 PDF
正文语种 eng
中图分类航空;
关键词
space vehicle power plants; virtual instrumentation; aerospace testing; aerospace simulation; spacecraft power system; virtual test bed; solar array; battery system; shunt regulator; battery charge controller; Simulink design; control system;

机译：航天器动力装置;虚拟仪器;航天测试;航天仿真;航天器动力系统;虚拟试验台;太阳能电池阵列;电池系统;并联稳压器;电池控制器;Simulink设计;控制系统;

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专利

1. Design and testing of spacecraft power systems using VTB [J] . Zhenhua Jiang, Shengyi Liu, Dougal R.A. IEEE Transactions on Aerospace and Electronic Systems . 2003,第3期

机译：使用VTB设计和测试航天器动力系统
2. Design and testing of spacecraft power systems using VTB [J] . Zhenhua Jiang, Shengyi Liu, Dougal R.A. IEEE Transactions on Aerospace and Electronic Systems . 2003,第3期

机译：使用VTB的航天器电力系统的设计与测试
3. Application of VTB in design and testing of satellite electrical power systems [J] . Zhenhua Jiang, Roger A. Dougal, Shengyi Liu Journal of power sources . 2003,第1期

机译：VTB在卫星电力系统设计与测试中的应用
4. Analysis of power system harmonics for an offshore design with VTB dynamic model [C] . Tae-O Kim, Hui-Dong Ju, Gyu-Hong Kang IEEE Vehicle Power and Propulsion Conference;VPPC 2012 . 2012

机译：利用VTB动态模型分析海上设计中的电力系统谐波
5. Control Algorithm Design, Testing, and Use Cases for the INSTAR [INertial STorage And Recovery] System: A Flywheel-Based Dedicated High-Power Energy Storage System for Improved Hybrid Vehicle Fuel Efficiency and Performance with Special Application in Urban Commercial Vehicles [D] . Madura, John Michael 2018

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6. Co-Design Method and Wafer-Level Packaging Technique of Thin-Film Flexible Antenna and Silicon CMOS Rectifier Chips for Wireless-Powered Neural Interface Systems [O] . Kenji Okabe, Horagodage Prabhath Jeewan, Shota Yamagiwa, 2015

机译：用于无线供电的神经接口系统的薄膜柔性天线和硅CMOS整流器芯片的协同设计方法和晶圆级封装技术
7. Design and testing of spacecraft power systems using VTB [O] . R.A. Dougal 2003

机译：使用VTB的航天器电力系统的设计与测试
8. STATIC POWER CONVERSION FOR SPACECRAFT AS SPACECRAFT INCREASE IN COMPLEXITY, POWER CONDITIONING BECOMES AN INCREASINGLY IMPORTANT, SOPHISTICATED ASPECT OF SYSTEMS DESIGN [R] . Koerner, T. W. 1963

机译：航天器的静态功率转换作为航天器的复杂性增加，功率调节成为系统设计的一个重要的，重要的方面

Design and testing of spacecraft power systems using VTB

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