2003•Unpublished venueRequires access

Power management and distribution for future spacecraft

H. Yousef

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Abstract

The current and future spacecraft power system is described, covering its major subsystems consisting of energy generation, energy storage, energy management, energy conditioning, and energy control/distribution. The increasing power requirements for spacecraft are discussed. Efficient, autonomous, and environmentally protected power systems are addressed. Spacecraft power system modularization and standardization for the same class of spacecraft, such as communication and sensor spacecraft, are considered.>

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What this paper is about

The current and future spacecraft power system is described, covering its major subsystems consisting of energy generation, energy storage, energy management, energy conditioning, and energy control/distribution. The increasing power requirements for spacecraft are discussed. Efficient, autonomous, and environmentally protected power systems are addressed. Spacecraft power system modularization and standardization for the same class of spacecraft, such as communication and sensor spacecraft, are considered.>

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Available abstract

The current and future spacecraft power system is described, covering its major subsystems consisting of energy generation, energy storage, energy management, energy conditioning, and energy control/distribution. The increasing power requirements for spacecraft are discussed. Efficient, autonomous, and environmentally protected power systems are addressed. Spacecraft power system modularization and standardization for the same class of spacecraft, such as communication and sensor spacecraft, are considered.>

Key concepts: Spacecraft, Standardization, Power (physics), Spacecraft design, Energy (signal processing), Computer science, Energy management, Aerospace engineering

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