The invention relates to a self-propelled working vehicle and working period planning method thereof. Systems and methods are disclosed herein for automatically planning the workday of a battery unit powered electric work vehicle. The vehicle includes a chassis supported by traveling devices, itself further supporting a work implement. A battery unit discharges energy for at least assisting with actuation of the traveling devices and/or work implement. A controller receives input data from a user regarding specified missions to be performed by the work vehicle in a given period of time, and predicts rates of energy consumption for at least one operating mode corresponding to each remaining mission to be performed. The controller further generates, to a user interface, output data corresponding to a required charge state of the battery unit based on the predicted rates of energy consumption, relative to a detected current charge state of the battery unit. The controller may monitor activity and/or consumption rates throughout the day and proactively generate outputs for, e.g., usage optimization.
本公开涉及自推进式作业车辆及其作业时段的规划方法。本文中公开了用于自动地规划由电池单元供电的电动作业车辆的工作日的系统和方法。该车辆包括被行驶装置支撑的底盘,底盘自身进一步支撑作业机具。电池单元释放能量,以至少辅助致动行驶装置和/或作业机具。控制器从用户接收关于作业车辆将在给定时间段中执行的指定任务的输入数据,并预测与将执行的各剩余任务对应的至少一种操作模式下的能耗率。控制器还针对用户界面产生输出数据,所述输出数据对应于基于预测的所述能耗率的所述电池单元所需的充电量状态与所述电池单元的检测到的当前充电量状态的比较。控制器可全天监视活动和/或消耗率并主动到产生输出,以例如进行使用优化。
Self-propelled working vehicle and working period planning method thereof
自推进式作业车辆及其作业时段的规划方法
2021-10-19
Patent
Electronic Resource
Chinese
IPC: | B60L PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES , Antrieb von elektrisch angetriebenen Fahrzeugen / B60W CONJOINT CONTROL OF VEHICLE SUB-UNITS OF DIFFERENT TYPE OR DIFFERENT FUNCTION , Gemeinsame Steuerung oder Regelung von Fahrzeug-Unteraggregaten verschiedenen Typs oder verschiedener Funktion |