The invention provides a flight time prediction method and device for a hovercar, electronic equipment and a storage medium, and the method comprises the steps: determining battery parameters of the hovercar when an instruction for indicating the hovercar to take off is received, and the battery parameters comprise a first battery parameter and a second battery parameter; determining a first temperature corresponding to the maximum discharge power of the hovercar based on a first temperature determination algorithm and the first battery parameter, and determining a second temperature corresponding to the maximum discharge power of the hovercar based on a second temperature determination algorithm and the second battery parameter; according to the relationship between the first temperature and the second temperature, determining a predicted charge state of the hovercar; and determining the real-time charge state of the hovercar, and determining the target remaining endurance of the hovercar according to the predicted charge state and the real-time charge state. According to the invention, the flight time under the flight condition can be predicted, the flight time is predicted in real time through the maximum discharge power, and the accuracy of flight time prediction is improved.
本申请提供了一种飞行汽车的航时预测方法、装置、电子设备及存储介质,包括:当接收到指示飞行汽车进行起飞的指令时,确定飞行汽车的电池参数,其中,电池参数包括第一电池参数和第二电池参数;基于第一温度确定算法和第一电池参数确定在飞行汽车的最大放电功率下对应的第一温度,以及基于第二温度确定算法和第二电池参数确定在飞行汽车的最大放电功率下对应的第二温度;根据第一温度和第二温度的关系,确定飞行汽车的预测荷电状态;确定飞行汽车的实时荷电状态,并根据预测荷电状态和实时荷电状态确定飞行汽车的目标剩余航时。通过本申请能够实现对在飞行工况的航时进行预测,并通过最大放电功率来实时预测飞行航时,提高飞行航时预测的准确性。
Aerocar endurance prediction method and device, electronic equipment and storage medium
飞行汽车的航时预测方法、装置、电子设备及存储介质
2024-02-23
Patent
Elektronische Ressource
Chinesisch