The embodiment of the invention relates to the technical field of batteries, in particular to a battery electric quantity verification method, a controller, a battery device and an unmanned aerial vehicle. The battery electric quantity verification method comprises the steps of obtaining battery sampling data and first battery electric quantity, determining target battery electric quantity according to the battery sampling data, generating first electric quantity verification information according to the target battery electric quantity and the first battery electric quantity, and if the first electric quantity verification information is used for indicating that the first battery electric quantity is unreliable, verifying the first electric quantity. If yes, the voltameter is controlled to execute reset operation so that the voltameter can calculate the second battery electric quantity of the battery according to the battery sampling data in the reset state, and second electric quantity verification information is generated according to the second battery electric quantity and the target battery electric quantity. According to the embodiment, the reliability of the battery electric quantity estimated by the voltameter can be verified based on the battery state, misjudgment caused by the fact that the voltameter does not respond in time can be avoided, the reliability of battery electric quantity verification is improved, and the voltameter can display the battery electric quantity accurately and reliably.
本发明实施例涉及电池技术领域,具体涉及一种电池电量校验方法、控制器、电池装置及无人机。电池电量校验方法包括:获取电池采样数据及第一电池电量,根据电池采样数据确定目标电池电量,根据目标电池电量及第一电池电量生成第一电量校验信息,若第一电量校验信息用于表示第一电池电量不可靠,则控制电量计执行复位操作,以使电量计在复位状态下根据电池采样数据计算电池的第二电池电量,根据第二电池电量与目标电池电量生成第二电量校验信息。本实施例能够基于电池状态校验电量计估算的电池电量的可靠性,且能够避免电量计因未及时响应而发生的误判,提高电池电量校验的可靠性,有利于电量计准确、可靠地显示电池电量。
Battery electric quantity verification method, controller, battery device and unmanned aerial vehicle
一种电池电量校验方法、控制器、电池装置及无人机
2024-10-18
Patent
Electronic Resource
Chinese
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