New energy automobile travel simulation method based on cloud computing

Abstract

The invention discloses a new energy vehicle travel simulation method based on cloud computing, and the method comprises the following steps: collecting the travel distances of a plurality of new energy vehicles in different road conditions and different time periods in a large range and the electric quantity of an internal battery consumed by the travel, and specifically referring to a formula W = (V1-V2-T) / S; through the loss, the cloud computing system can more accurately calculate the electricity consumption required by the driving mileage of the automobile and accurately display the endurance mileage of the remaining electricity in the central control display area, and a connecting rod clamping structure arranged at the upper end of a storage battery is controlled through a wireless network of the central control area; the clamped temperature sensor can transmit the temperature around the storage battery to a central control area in real time for statistical recording, and transmit the temperature to a cloud to calculate the loss of the battery at the temperature, so that the use condition of the electric quantity is further accurate; and the endurance demand of the new energy vehicle can be more intuitively known during long-distance and short-distance use.

Description

technical field [0001] The invention relates to the technical field of new energy vehicle travel simulation, in particular to a new energy vehicle travel simulation method based on cloud computing. Background technique [0002] In order to facilitate people to understand the mileage information of the car, it is necessary to calculate and record the mileage of each mileage segment of the vehicle. At present, the most direct, simple and fast way to obtain the mileage information of the car is to read the odometer in the vehicle, the odometer The mileage information is mainly obtained by multiplying speed by time. This calculation method has high delay and low accuracy. It uses the average vehicle speed in a period of time during the driving process multiplied by the driving time to calculate the driving time of the current driving segment. mileage, but the road conditions encountered during the journey and the local temperature will have a corresponding impact on the battery ...

AI Technical Summary

Problems solved by technology

[0002] In order to facilitate people to understand the mileage information of the car, it is necessary to calculate and record the mileage of each mileage segment of the vehicle. At present, the most direct, simple and fast way to obtain the mileage information of the car is to read the odometer in the vehicle, the odometer The mileage information in the vehicle is mainly obtained by multiplying speed by time. This calculation method has high delay and low precision. It uses the average vehicle speed in a period of time during the driving process multiplied by the driving time to calculate the driving time of the current driving segment. mileage, but the road conditions encountered during the journey and the local temperature will have a corresponding impact on the battery inside the new energy vehicle. The error in the new energy vehicle journey and battery usage through the mileage analysis is relatively large, and the driving speed and The mileage is the data of the vehicle within a certain period of time, and there are low speed accuracy and real-time deviation of the speed, so that the final calculated mileage also has a certain deviation