摘要：New energy sources such as solar energy and hydrogen energy have been applied to the Unmanned Aerial Vehicle(UAV), which could be formed as the hybrid power sources due to the requirement of miniaturization, lightweight, and environmental protection issue for UAV. Hybrid electrical propulsion technology has been used in UAV and it further enforces this trend for the evolution to the Hybrid-Powered System(HPS). In order to realize long endurance flight mission and improve the energy efficiency of UAV, many researching works are focused on the Energy Management Strategy(EMS) of the HPS with digital simulation, ground demonstration platforms and a few flight tests for the UAV in recent years. energy management strategy, in which off-line or on-line control algorithms acted as the core part, could optimize dynamic electrical power distribution further and directly affect the efficiency and fuel economy of hybrid-powered system *** order to give the guideline for this emerging technology for UAV, this paper presents a review of the topic highlighting energy optimal management strategies of UAV. The characteristics of typical new energy sources applied in UAV are summarized firstly, and then the classification and analysis of the architecture for hybrid power systems in UAV are presented. In the context of new energy sources and configuration of energy system, a comprehensive comparison and analysis for the state of art of EMS are presented, and the various levels of complexity and accuracy of EMS are considered in terms of real time, computational burden and optimization performance based on the optimal control and operational modes of UAV. Finally, the tendency and challenges of energy management strategy applied to the UAV have been forecasted.

摘要：导弹发射流程的时序设计决定了导弹武器系统的作战反应时间,而总线网络延迟是时序设计的重要依据。现有的总线延迟测试手段仅针对单体部件。为了实现系统级总线网络延迟摸底测试,搭建了一种应用于智能弹药的电气系统时序仿真平台,对系统硬件架构、软件建模与仿真进行详细设计。通过真实部件在环的某型导弹击发时序的仿真试验,实现了系统级总线网络延迟的摸底测试,试验结果表明该系统可以完成对某型导弹击发时序的优化。

摘要：在智能弹药武器系统联试过程中,采用固定电阻模拟点火具无法完全模拟电点火具的特性,使得点火回路测试不充分。为了更真实模拟电点火具特性,同时兼备低成本、重复性的使用需求,提出了一种用于智能弹药点火性能验证的电点火具模拟器设计方法。将某型智能弹药点火脉冲信号作为输入,通过电路仿真和实物测试的方法验证了电点火具模拟器设计的可行性和实用性,具有较高的应用推广价值。