load factor

简明释义

负载系数

英英释义

例句

1.The bus service adjusted its schedule based on the load factor to ensure that buses are not overcrowded.

公交服务根据载客率调整了时间表，以确保公交车不拥挤。

2.A higher load factor in transportation means more efficient use of resources.

运输中的更高载荷系数意味着资源的更有效利用。

3.The airline reported a high load factor for the summer season, indicating strong demand for flights.

航空公司报告夏季的高载客率，这表明航班需求强劲。

4.To maximize profitability, the hotel aims to maintain a load factor of at least 80% throughout the year.

为了最大化盈利，酒店目标是在全年保持至少80%的入住率。

5.The energy company aims to improve its load factor to reduce costs and increase efficiency.

能源公司旨在提高其负载因子以降低成本并提高效率。

作文

The concept of load factor is crucial in various fields such as transportation, aviation, and electrical engineering. In simple terms, the load factor refers to the ratio of actual output to the maximum possible output over a specific period. This metric helps organizations assess efficiency and optimize their operations. For instance, in the airline industry, the load factor is a measure of how well an airline fills seats and generates revenue. A high load factor indicates that a larger percentage of available seats are occupied, which translates to higher profitability. Conversely, a low load factor suggests that an airline is not maximizing its capacity, leading to potential financial losses.In the realm of electrical engineering, the load factor is used to evaluate the efficiency of power usage. It is calculated by dividing the average load over a certain period by the peak load occurring during that time. A high load factor means that the electrical system is being utilized efficiently, while a low load factor indicates that there are periods of underutilization. This information is vital for utility companies as it helps them plan for capacity needs and manage resources effectively.Moreover, the load factor plays a significant role in transportation logistics. Companies strive to maximize their load factor to reduce costs and improve service levels. For example, a trucking company may analyze its load factor to determine how much cargo it can carry relative to its capacity. By optimizing routes and consolidating shipments, companies can enhance their load factor and achieve better operational efficiency.Understanding the implications of the load factor can lead to substantial benefits for businesses. For instance, airlines can adjust their pricing strategies based on load factor data, offering discounts during off-peak times to attract more passengers. Similarly, power companies can implement demand-side management programs to encourage consumers to shift their usage patterns, thus improving the overall load factor of their systems.In conclusion, the load factor is a vital metric across various industries, providing insights into operational efficiency and resource utilization. By focusing on improving the load factor, businesses can enhance their profitability and sustainability. Whether in aviation, electrical engineering, or transportation, understanding and optimizing the load factor can lead to better decision-making and improved outcomes. As industries continue to evolve, the importance of this metric will only grow, highlighting the need for organizations to pay close attention to their load factor to stay competitive in the market.

“负载因子”这个概念在运输、航空和电气工程等多个领域都至关重要。简单来说，负载因子是指在特定时间段内实际输出与最大可能输出的比率。这个指标帮助组织评估效率并优化其运营。例如，在航空业中，负载因子是衡量航空公司座位填充率和收入生成能力的标准。高负载因子表明可用座位的较大比例被占用，这转化为更高的盈利能力。相反，低负载因子则表示航空公司没有最大化其运力，可能导致财务损失。在电气工程领域，负载因子用于评估电力使用的效率。它是通过将某一特定时间段内的平均负载除以该时间内的峰值负载来计算的。高负载因子意味着电气系统被有效利用，而低负载因子则表明存在未充分利用的时期。这些信息对公用事业公司至关重要，因为它帮助他们规划容量需求和有效管理资源。此外，负载因子在运输物流中也发挥着重要作用。公司努力最大化其负载因子，以降低成本并提升服务水平。例如，货运公司可能会分析其负载因子，以确定相对于其运力能够承载多少货物。通过优化路线和整合货物运输，公司可以增强其负载因子，实现更好的运营效率。理解负载因子的影响可以为企业带来显著的好处。例如，航空公司可以根据负载因子数据调整定价策略，在淡季提供折扣以吸引更多乘客。同样，电力公司可以实施需求侧管理计划，鼓励消费者调整使用模式，从而提高其系统的整体负载因子。总之，负载因子是各行业的重要指标，为运营效率和资源利用提供了洞察。通过关注提高负载因子，企业可以增强其盈利能力和可持续性。无论是在航空、电气工程还是运输领域，理解和优化负载因子都能带来更好的决策和改进的结果。随着行业的不断发展，这一指标的重要性只会增加，凸显出组织需要密切关注其负载因子，以在市场中保持竞争力。