全球首架环球飞行太阳能飞机造访中国
2015年3月31日,由A B B提供支持的全球首架环球飞行太阳能飞机＂阳光动力2号＂飞抵山城重庆。＂阳光动力2号＂是一款零油耗、无污染、可昼夜连续飞行的太阳能飞机,其动力完全来自安装于飞机表面的1...全球首架环球飞行太阳能飞机造访中国
2015年3月31日,由A B B提供支持的全球首架环球飞行太阳能飞机＂阳光动力2号＂飞抵山城重庆。＂阳光动力2号＂是一款零油耗、无污染、可昼夜连续飞行的太阳能飞机,其动力完全来自安装于飞机表面的17 248块太阳能电池。2014年,A B B与＂阳光动力＂结成创新技术联盟,成为＂阳光动力＂项目的主要合作伙伴之一,负责为飞机地面移动机库设计和安装可靠的电力控制系统,强化飞机电池系统的充电电子设备和驾驶舱电池监测设备,并随时准备解决飞行旅程中出现的故障。展开更多
A novel method for estimating the space range of battery-powered vertical take-off and landing(VTOL) aircraft is presented. The method is based on flight parameter optimization and numerical iteration. Subsystem model...A novel method for estimating the space range of battery-powered vertical take-off and landing(VTOL) aircraft is presented. The method is based on flight parameter optimization and numerical iteration. Subsystem models including required thrust, required power and battery discharge models are presented. The problem to be optimized is formulated, and then case study simulation is conducted using the established method for quantitative analysis. Simulation results show that the space range of battery-powered VTOL aircraft in a vertical plane is an oblate curve, which appears horizontally long but vertically short, and the peak point is not located on the vertical climb path. The method and results are confirmed by parameter analysis and validations.展开更多
In this paper, we present hands-on experience related to on-going implementation in aircraft of power supply for a wireless sensor network deployed for aerodynamic flight tests. This autonomous battery-free power supp...In this paper, we present hands-on experience related to on-going implementation in aircraft of power supply for a wireless sensor network deployed for aerodynamic flight tests. This autonomous battery-free power supply is capturing, managing and storing primary energy from the environment, using solar light and PV （photovoltaic） cells. For practical purposes, it is also equipped with an auxiliary power input. The specifications are detailed, the general architecture is presented and justified, and test results are discussed.展开更多
文摘全球首架环球飞行太阳能飞机造访中国
2015年3月31日,由A B B提供支持的全球首架环球飞行太阳能飞机＂阳光动力2号＂飞抵山城重庆。＂阳光动力2号＂是一款零油耗、无污染、可昼夜连续飞行的太阳能飞机,其动力完全来自安装于飞机表面的17 248块太阳能电池。2014年,A B B与＂阳光动力＂结成创新技术联盟,成为＂阳光动力＂项目的主要合作伙伴之一,负责为飞机地面移动机库设计和安装可靠的电力控制系统,强化飞机电池系统的充电电子设备和驾驶舱电池监测设备,并随时准备解决飞行旅程中出现的故障。
文摘A novel method for estimating the space range of battery-powered vertical take-off and landing(VTOL) aircraft is presented. The method is based on flight parameter optimization and numerical iteration. Subsystem models including required thrust, required power and battery discharge models are presented. The problem to be optimized is formulated, and then case study simulation is conducted using the established method for quantitative analysis. Simulation results show that the space range of battery-powered VTOL aircraft in a vertical plane is an oblate curve, which appears horizontally long but vertically short, and the peak point is not located on the vertical climb path. The method and results are confirmed by parameter analysis and validations.
文摘In this paper, we present hands-on experience related to on-going implementation in aircraft of power supply for a wireless sensor network deployed for aerodynamic flight tests. This autonomous battery-free power supply is capturing, managing and storing primary energy from the environment, using solar light and PV （photovoltaic） cells. For practical purposes, it is also equipped with an auxiliary power input. The specifications are detailed, the general architecture is presented and justified, and test results are discussed.
