average turnaround rate of rolling stock

简明释义

车辆周转率［铁路］

英英释义

例句

1.To reduce costs, we need to focus on improving the average turnaround rate of rolling stock.

为了降低成本，我们需要专注于提高机动设备的平均周转率。

2.By analyzing the average turnaround rate of rolling stock, we can identify bottlenecks in our operations.

通过分析机动设备的平均周转率，我们可以识别运营中的瓶颈。

3.The report showed that the average turnaround rate of rolling stock has decreased over the past year.

报告显示，过去一年中机动设备的平均周转率有所下降。

4.The logistics company aims to improve the average turnaround rate of rolling stock to enhance delivery efficiency.

物流公司旨在提高机动设备的平均周转率以提升配送效率。

5.A high average turnaround rate of rolling stock is crucial for maximizing our fleet's productivity.

高机动设备的平均周转率对最大化我们车队的生产力至关重要。

作文

In the world of transportation, particularly in the railway industry, efficiency is paramount. One of the key metrics used to gauge this efficiency is the average turnaround rate of rolling stock. This term refers to the average time taken for a train or any railway vehicle to complete its journey, return to the depot, undergo necessary maintenance, and be ready for the next service. Understanding this concept is crucial for railway operators as it directly impacts scheduling, customer satisfaction, and overall operational effectiveness.The average turnaround rate of rolling stock can vary significantly based on several factors. For instance, the type of rolling stock, the complexity of maintenance required, and the volume of passenger traffic all play a role in determining how quickly a train can be prepared for its next journey. In busy urban areas, where trains might be required to operate at high frequencies, minimizing the turnaround time becomes even more critical. On the other hand, in less populated regions with fewer services, the turnaround rate may be less of a concern.To illustrate the importance of the average turnaround rate of rolling stock, consider a scenario where a train takes an hour to complete its route. If the turnaround process, including refueling, cleaning, and inspections, takes another hour, the total cycle time becomes two hours. This means that the train can only make a limited number of trips each day. If operators can reduce the turnaround time to 30 minutes, they can increase the number of trips significantly, leading to higher revenue and better service for passengers.Moreover, advancements in technology have allowed for improvements in the average turnaround rate of rolling stock. Automated systems for cleaning and maintenance, real-time tracking of train conditions, and predictive maintenance techniques can all contribute to reducing downtime. By investing in these technologies, railway companies can enhance their operational efficiency and provide a more reliable service to their customers.Another aspect to consider is the impact of the average turnaround rate of rolling stock on workforce management. A faster turnaround means that staff can manage more trains within their shifts, thus optimizing labor costs. However, it also places pressure on employees to perform tasks quickly without compromising safety or quality. Therefore, training and proper resource allocation become essential components in achieving an optimal turnaround rate while maintaining high standards of service.In conclusion, the average turnaround rate of rolling stock is a vital metric for railway operators, influencing not only operational efficiency but also customer satisfaction and profitability. By understanding and improving this rate, companies can ensure that they meet the growing demands of passengers while also maintaining a sustainable and effective transportation system. As the industry continues to evolve, focusing on the average turnaround rate of rolling stock will remain a crucial element in the quest for enhanced railway performance and service delivery.

在交通运输的世界中，特别是在铁路行业，效率至关重要。衡量这种效率的关键指标之一是机车车辆的平均周转率。这个术语指的是火车或任何铁路车辆完成其旅程、返回车库、进行必要的维护并为下一个服务做好准备所需的平均时间。理解这一概念对铁路运营商至关重要，因为它直接影响到调度、客户满意度和整体运营效率。机车车辆的平均周转率可能因多种因素而显著变化。例如，机车车辆的类型、所需维护的复杂性以及乘客流量都在决定火车可以多快准备好下一次旅程中发挥作用。在繁忙的城市地区，火车可能需要以高频率运行，因此尽量减少周转时间变得更加关键。另一方面，在服务较少的人口稀少地区，周转率可能不那么令人担忧。为了说明机车车辆的平均周转率的重要性，考虑一个场景：一列火车完成其路线需要一个小时。如果周转过程，包括加油、清洁和检查，再花费一个小时，那么总循环时间就变成了两个小时。这意味着火车每天只能进行有限的次数。如果运营商能够将周转时间减少到30分钟，他们可以显著增加行程数量，从而带来更高的收入和更好的乘客服务。此外，技术的进步使得机车车辆的平均周转率得以改善。自动化的清洁和维护系统、实时跟踪火车状况以及预测性维护技术都可以帮助减少停机时间。通过投资这些技术，铁路公司可以提高运营效率，并为客户提供更可靠的服务。另一个需要考虑的方面是机车车辆的平均周转率对劳动力管理的影响。更快的周转意味着员工可以在他们的班次内管理更多的火车，从而优化劳动力成本。然而，这也给员工施加了压力，要求他们快速执行任务，而不影响安全或质量。因此，培训和适当的资源分配成为实现最佳周转率的关键组成部分，同时保持高标准的服务。总之，机车车辆的平均周转率是铁路运营商的重要指标，不仅影响运营效率，还影响客户满意度和盈利能力。通过理解和改善这一比率，公司可以确保满足乘客日益增长的需求，同时维持可持续和有效的交通运输系统。随着行业的不断发展，关注机车车辆的平均周转率将继续成为提升铁路性能和服务交付的重要因素。