station load factor

简明释义

电站负载系数

英英释义

例句

1.The utility company reported a high station load factor, indicating efficient energy use during peak hours.

公用事业公司报告称，站点负荷因子很高，这表明在高峰时段能源使用效率高。

2.A low station load factor may suggest that the power station is underutilized.

低站点负荷因子可能意味着发电站未得到充分利用。

3.Monitoring the station load factor helps in forecasting future energy demands.

监测站点负荷因子有助于预测未来的能源需求。

4.The station load factor is crucial for determining the overall efficiency of a power plant.

站点负荷因子对于确定发电厂的整体效率至关重要。

5.Adjusting operations based on the station load factor can lead to cost savings.

根据站点负荷因子调整运营可以带来成本节约。

作文

The concept of station load factor is crucial in the field of transportation and logistics. It refers to the ratio of the actual number of passengers or cargo transported by a station to the maximum capacity that the station can handle. This metric is essential for assessing the efficiency and effectiveness of a station's operations. A high station load factor indicates that a station is operating close to its full capacity, which can lead to increased revenue and better utilization of resources. Conversely, a low load factor may suggest underutilization, which could result in financial losses and inefficiencies.To understand the importance of station load factor, we can look at various modes of transportation, such as railways, airports, and bus terminals. For instance, in railway systems, a high load factor means that more seats are filled during a journey, which maximizes the revenue generated from ticket sales. This is particularly important for long-distance trains, where the costs associated with operating a train are significant. If a train consistently operates at a low load factor, it may not be economically viable to continue running that service.Airports also rely heavily on the station load factor. Airlines monitor this metric closely to determine the profitability of their routes. A flight with a high load factor is likely to be more profitable than one with many empty seats. Airlines often adjust their pricing strategies based on load factors, offering discounts during off-peak times to encourage more passengers to book flights. This dynamic pricing approach helps maintain a healthy load factor throughout the year.Moreover, the station load factor can impact the planning and development of new transportation infrastructure. When authorities assess the need for new stations or routes, they often consider existing load factors to determine whether there is sufficient demand to justify the investment. High load factors may indicate the necessity for expansion, such as adding more trains or flights, while low factors might suggest that a service is not meeting the needs of the community.In addition to economic implications, the station load factor also has environmental consequences. Transportation systems that operate at higher load factors tend to produce fewer emissions per passenger or unit of cargo transported. This is because the energy consumed for transportation is spread over a larger number of passengers or goods, making the system more efficient. Therefore, improving the station load factor is not only beneficial for financial reasons but also contributes to sustainable practices in the transportation industry.In conclusion, the station load factor is a vital indicator of the performance and efficiency of transportation stations. By analyzing this metric, stakeholders can make informed decisions about pricing, service adjustments, infrastructure development, and environmental impacts. Understanding and optimizing the station load factor can lead to improved operational efficiency, increased revenue, and a more sustainable transportation system overall.

“车站负载因子”这一概念在运输和物流领域至关重要。它指的是一个车站实际运送的乘客或货物数量与该车站能够处理的最大容量之间的比率。这个指标对于评估车站运营的效率和有效性至关重要。高“车站负载因子”表明车站的运营接近其满负荷，这可以带来更多收入和更好的资源利用。相反，低负载因子可能表明未充分利用，从而导致财务损失和效率低下。为了理解“车站负载因子”的重要性，我们可以观察各种运输方式，如铁路、机场和公交站。例如，在铁路系统中，高负载因子意味着在旅途中有更多的座位被占用，这最大化了票务销售产生的收入。这对于长途列车尤其重要，因为运营列车所需的成本是相当可观的。如果一列火车持续以低负载因子运行，继续运营该服务可能在经济上不可行。机场也非常依赖“车站负载因子”。航空公司密切监控这一指标，以确定航线的盈利能力。负载因子高的航班通常比座位空旷的航班更具盈利性。航空公司常常根据负载因子调整定价策略，在非高峰时段提供折扣，以鼓励更多乘客预订航班。这种动态定价方法有助于全年维持健康的负载因子。此外，“车站负载因子”还会影响新交通基础设施的规划和发展。当当局评估新车站或航线的需求时，他们通常会考虑现有负载因子，以确定是否存在足够的需求来证明投资的合理性。高负载因子可能表明扩展的必要性，例如增加更多的列车或航班，而低负载因子可能暗示某项服务未能满足社区的需求。除了经济影响外，“车站负载因子”还具有环境后果。运营在较高负载因子的交通系统往往每位乘客或每单位运输货物产生的排放较少。这是因为运输过程中消耗的能源分摊到更多的乘客或货物上，使系统更加高效。因此，提高“车站负载因子”不仅在财务上有利，也有助于交通行业的可持续实践。总之，“车站负载因子”是衡量交通站点绩效和效率的重要指标。通过分析这一指标，利益相关者可以就定价、服务调整、基础设施开发和环境影响做出明智的决策。理解和优化“车站负载因子”可以提高运营效率，增加收入，并整体上促进更可持续的交通系统。