摘要
随着科技的不断进步,无人机技术已逐渐走向成熟,并在多个领域得到广泛应用。无人机,即无人驾驶飞行器,是一种可以通过自主导航或远程操控来执行各类特定任务的高科技飞行机器人。为了验证能源管理策略控制效果,以增程式混合动力电推进系统固定翼无人机为例,构建仿真模型,并设计了无人机飞行工况综合仿真模型,已验证能效优化策略方向的正确性,以供参考。
With the continuous progress of technology,drone technology has gradually matured and been widely applied in multiple fields.Drones,also known as unmanned aerial vehicles,are high-tech flying robots that can perform various specific tasks through autonomous navigation or remote control.In order to verify the effectiveness of energy management strategy control,takes the fixed wing unmanned aerial vehicle(UAV)with an extended range hybrid electric propulsion system as an example,constructs a simulation model,and designs a comprehensive simulation model for UAV flight conditions.The correctness of energy efficiency optimization strategy direction has been verified for reference.
作者
郑永航
赵波
赵珊
Zheng Yonghang;Zhao Bo;Zhao Shan(Geely University,Chengdu,Sichuan 641423,CHN)
出处
《模具制造》
2024年第7期162-164,共3页
Die & Mould Manufacture
基金
中国民办教育协会规划课题(课题编号:CANFZG23229)--“双城经济圈”背景下民办高校专业数字化教学转型与实践探索--以吉利学院机械类专业为例的阶段性成果。
关键词
无人机
动力系统
能效提升
增程式混合动力
drones
power system
energy efficiency improvement
extended range hybrid power
