The invention relates to the technical field of energy system optimization, and discloses an unmanned aerial vehicle charging and discharging adjustment method and system for sorghum pest category identification, and the method comprises the steps: obtaining the energy storage parameters of a new energy storage battery, calling a preset model, and calculating the safety capacitance of the new energy storage battery, a pre-installed capacitance measuring instrument is used for measuring the actual capacitance of the new energy storage battery, if the safe capacitance is larger than the actual capacitance, the charging unit is started, if the safe capacitance is smaller than the actual capacitance, the discharging unit is started, and if the safe capacitance is equal to the actual capacitance, the energy storage unit is started; and in the energy storage unit, the real-time safe capacitance of the new energy storage battery is monitored in real time, the charging pile unit is dynamically switched, and dynamic energy storage optimization of the mute flight unmanned aerial vehicle is achieved. The main purpose of the invention is to solve the problem of insufficient consideration of the energy storage technology in the current mute flight unmanned aerial vehicle.
本发明涉及能源系统优化技术领域,揭露了用于高粱害虫类别识别的无人机充放电调节方法及系统,包括:获取新能源蓄电池储能参数,调用预设的模型计算得到新能源蓄电池的安全电容量,并利用预先安装的电容量测量仪测量得到新能源蓄电池的实际电容量,若所述安全电容量大于实际电容量,开启充电单元,若所述安全电容量小于实际电容量,开启放电单元,若所述安全电容量等于实际电容量,开启储能单元,在所述储能单元,实时监测新能源蓄电池的实时安全电容量,动态切换充电桩单元,实现静音飞行无人机动态储能优化。本发明主要目的在于解决当下静音飞行无人机中的储能技术考虑不足问题。
Unmanned aerial vehicle charging and discharging adjusting method and system for sorghum pest category identification
用于高粱害虫类别识别的无人机充放电调节方法及系统
2023-12-15
Patent
Elektronische Ressource
Chinesisch
IPC: | B64U |
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