passenger carrying capacity
简明释义
载客数量
英英释义
The maximum number of passengers that a vehicle, such as a bus, train, or airplane, is designed to carry safely. | 一个车辆,如公共汽车、火车或飞机,设计为安全承载的最大乘客数量。 |
例句
1.The ferry can accommodate up to 200 people due to its large passenger carrying capacity.
由于其较大的载客能力,这艘渡轮可以容纳多达200人。
2.Airlines often advertise their passenger carrying capacity to attract more customers.
航空公司通常宣传他们的载客能力以吸引更多客户。
3.During peak hours, the subway system struggles to meet the passenger carrying capacity requirements.
在高峰时段,地铁系统难以满足载客能力的要求。
4.Before booking a flight, it's important to check the passenger carrying capacity of the aircraft.
在预订航班之前,检查飞机的载客能力是很重要的。
5.The new bus model has a passenger carrying capacity of 50, making it ideal for school trips.
这款新型公交车的载客能力为50人,非常适合学校旅行。
作文
The concept of passenger carrying capacity is crucial in the transportation industry, particularly in aviation and public transit. This term refers to the maximum number of passengers that a vehicle, such as an airplane, bus, or train, can accommodate safely and efficiently. Understanding this capacity is essential for various reasons, including safety regulations, operational efficiency, and customer satisfaction. In the aviation sector, for instance, airlines must adhere to strict guidelines regarding passenger carrying capacity to ensure the safety of their passengers. Each aircraft model has a designated capacity that is determined by its design and structural integrity. Exceeding this limit can lead to severe safety risks, including compromised stability and increased likelihood of accidents. Therefore, airlines often conduct thorough assessments to determine their fleet's passenger carrying capacity and plan their flight schedules accordingly. Similarly, public transportation systems, such as buses and trains, also rely heavily on understanding their passenger carrying capacity. This capacity directly impacts the efficiency of service delivery. When vehicles are overcrowded, it can lead to delays, discomfort, and even safety hazards for passengers. Transit authorities often analyze ridership patterns to optimize routes and schedules, ensuring that they can meet demand without exceeding their passenger carrying capacity. This analysis helps in making informed decisions about when to add more vehicles to a route or adjust schedules to accommodate peak travel times. Moreover, factors such as social distancing measures during health crises have brought new challenges to maintaining appropriate passenger carrying capacity. For example, during the COVID-19 pandemic, many transportation services had to reduce their capacity to adhere to health guidelines, which caused significant disruptions in service. Understanding how to manage passenger carrying capacity in such situations became vital for ensuring passenger safety while still providing necessary transportation services. From a business perspective, knowing the passenger carrying capacity allows companies to maximize their revenue potential. Airlines, for instance, can strategize ticket pricing based on the expected demand relative to their capacity. By analyzing patterns in bookings and adjusting prices accordingly, they can fill more seats without exceeding their passenger carrying capacity. This strategy not only enhances profitability but also improves the overall travel experience for customers. In conclusion, the term passenger carrying capacity encompasses a variety of important aspects within the transportation industry. It plays a pivotal role in ensuring safety, operational efficiency, and customer satisfaction. As the world continues to evolve, understanding and managing passenger carrying capacity will remain a key focus for transportation providers to meet the demands of their passengers effectively.
‘乘客承载能力’这一概念在交通运输行业中至关重要,尤其是在航空和公共交通领域。这个术语指的是一辆车辆(如飞机、公交车或火车)能够安全高效容纳的最大乘客人数。理解这一能力对于安全法规、运营效率和客户满意度等多个方面都至关重要。例如,在航空领域,航空公司必须遵循严格的关于‘乘客承载能力’的指导方针,以确保乘客的安全。每种飞机型号都有一个指定的容量,这个容量是根据其设计和结构完整性来确定的。超出这一限制可能会导致严重的安全风险,包括稳定性受到影响和事故发生的可能性增加。因此,航空公司通常会进行彻底的评估,以确定其机队的‘乘客承载能力’,并相应地安排航班。同样,公共交通系统(如公交车和火车)也非常依赖于对其‘乘客承载能力’的理解。这一能力直接影响服务交付的效率。当车辆过于拥挤时,可能会导致延误、不适甚至乘客的安全隐患。交通管理部门通常会分析乘客流量模式,以优化路线和时间表,确保他们能够满足需求而不超过其‘乘客承载能力’。这种分析有助于做出明智的决策,例如何时向某条线路添加更多车辆或调整时间表以适应高峰旅行时间。此外,健康危机期间的社交距离措施给维持适当的‘乘客承载能力’带来了新的挑战。例如,在COVID-19大流行期间,许多交通服务不得不减少其容量,以遵循健康指南,这导致了服务的重大中断。在这种情况下,了解如何管理‘乘客承载能力’对于确保乘客安全,同时仍能提供必要的交通服务变得至关重要。从商业角度来看,了解‘乘客承载能力’使公司能够最大化其收入潜力。例如,航空公司可以根据其容量相对于预期需求的情况制定票价策略。通过分析订票模式并相应调整价格,他们可以在不超过其‘乘客承载能力’的情况下填满更多座位。这一策略不仅提高了盈利能力,还改善了客户的整体旅行体验。总之,‘乘客承载能力’这一术语涵盖了交通运输行业内多个重要方面。它在确保安全、运营效率和客户满意度方面发挥着关键作用。随着世界的不断发展,理解和管理‘乘客承载能力’将始终是交通运输提供者有效满足乘客需求的重点。
相关单词