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民用飞机厨房配电方法对于降低电源系统设计容量和减轻飞机重量起着重要的作用。在分析飞机厨房设备两种耗电模型的基础上,提出了民用飞机厨房智能配电方法 ,并分析了厨房设备的智能工作流程、用电请求级别和用电设备优先级。对国产某型支线飞机的厨房系统运用该方法进行了配电设计验证。结果表明,厨房设备需求的总功率仅为传统设计方法所需功率的30.9%。
Civil aircraft kitchen power distribution methods play an important role in reducing the power system design capacity and reducing aircraft weight. Based on the analysis of two power consumption models of aircraft kitchen equipment, a smart distribution method of kitchen aircrafts for civil aircraft is proposed, and the intelligent work flow, power request level and power equipment priority of kitchen equipment are analyzed. This method is used to verify the distribution design of the kitchen system of some domestic regional aircraft. The results show that the total power required by kitchen equipment is only 30.9% of the power required by traditional design methods.