飞机电力系统中更高电压等级的好处

B. Nya, J. Brombach, D. Schulz
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引用次数: 61

摘要

在新的飞机结构中,电力不断增长,因为现有的液压和气动系统正在被淘汰,取而代之的是电气系统。因此,必须对电力的增长进行管理。随着飞机上电力需求的不断增加,为了应对这些挑战,实际上暗示了新的电压水平。飞机电力系统(EPS)中的高压交流电(HVAC)和高压直流电(HVDC),按照航空行话,即230V交流恒频或变频和+/- 270V直流(或正负电位之间的540V直流),与常规的115V交流恒频或变频和28V直流ESP相比,具有许多优点。采用更高的电压等级必须符合系统要求。在发电、配电和负荷层面展示了电能质量、重量比较和适用性。讨论了与暖通、直流同时供电的问题。本文将概述当前针对这些变化的技术研究。
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Benefits of higher voltage levels in aircraft electrical power systems
In new aircraft architectures the electrical power is in perpetual growth, because the present hydraulic and pneumatic systems are being eliminated and replace by electrical systems. Therefore the increase of electrical power has to be managed. With the constantly increasing electrical power demand onboard of aircraft, new electrical voltage levels are actually alluded, in order to respond to these challenges. Many advantages of high voltage alternating current (HVAC) and high voltage direct current (HVDC) in the aircraft electrical power system (EPS), in compliance with the aviation's jargon, namely 230V AC constant or variable frequency and +/- 270V DC (or 540V DC between positive and negative potentials), are presented in comparison with the conventional 115V AC with constant or variable frequency and 28V DC ESP. The adoption of higher voltage levels must comply with the system requirements. Power quality, weight comparison as well as applicability are exhibited at power generation, distribution and load level. Issues regarding the simultaneous supply with HVAC and HVDC are discussed. Current technological research for these changes will be overviewed.
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