peak factor

简明释义

峰值因数

英英释义

例句

1.The peak factor is crucial for planning capacity in renewable energy systems.

在可再生能源系统中，峰值系数对于规划容量至关重要。

2.In telecommunications, understanding the peak factor helps in optimizing network resources during high usage times.

在电信领域，理解峰值系数有助于在高使用时段优化网络资源。

3.The engineer calculated the peak factor to determine the maximum load the structure could withstand.

工程师计算了峰值系数以确定结构能够承受的最大负载。

4.By analyzing the peak factor, we can predict the demand spikes during peak hours.

通过分析峰值系数，我们可以预测高峰时段的需求激增。

5.The peak factor of the electrical system was measured to ensure it could handle sudden surges.

电力系统的峰值系数被测量，以确保它能够处理突发的浪涌。

作文

In the field of engineering and environmental studies, understanding the concept of peak factor is essential for effective planning and resource management. The term peak factor refers to the ratio of the maximum demand of a system to the average demand over a specific period. This ratio helps engineers and planners determine how much capacity is needed to accommodate peak loads without over-investing in infrastructure that may only be used occasionally. For instance, in electricity supply systems, the peak factor is crucial as it indicates the highest level of electricity demand during a certain time frame compared to the average demand. If the peak factor is high, it suggests that there are significant fluctuations in demand, which can pose challenges in maintaining a stable supply.One practical example of the importance of peak factor can be found in urban water supply systems. Cities often experience varying water usage patterns throughout the day and across seasons. By analyzing the peak factor, city planners can design water supply systems that can handle maximum usage during peak hours while ensuring that resources are not wasted during off-peak times. This balance is critical, especially in regions where water scarcity is an issue.Moreover, the peak factor has implications beyond just utilities; it also plays a significant role in transportation planning. During rush hours, public transport systems face a surge in passengers. Understanding the peak factor in this context allows transit authorities to allocate resources effectively, ensuring that trains and buses are available to meet the increased demand. Failure to account for the peak factor can result in overcrowded vehicles and dissatisfied commuters, ultimately leading to a decline in public transport usage.In the context of telecommunications, the peak factor is equally important. As more people rely on mobile devices for communication and data usage, telecom companies must prepare for peak usage times, such as during major events or holidays. By analyzing historical data to understand the peak factor, these companies can enhance their network capacity and ensure reliable service for their customers.The significance of the peak factor extends to various industries, including manufacturing, where production schedules must accommodate peak demand periods without compromising efficiency. Companies must analyze their peak factor to optimize production lines, manage inventory levels, and minimize costs associated with overtime labor and excess stock.In conclusion, the concept of peak factor is vital across multiple sectors. It aids in the efficient allocation of resources, improves service delivery, and enhances overall operational effectiveness. By thoroughly understanding and applying the peak factor, businesses and organizations can better prepare for fluctuations in demand, ensuring sustainability and satisfaction for both providers and consumers. As we move towards increasingly complex systems in our daily lives, the relevance of the peak factor will only continue to grow, making it a key focus for future developments in planning and management strategies.

在工程和环境研究领域，理解峰值因子的概念对于有效的规划和资源管理至关重要。术语峰值因子指的是系统的最大需求与特定时间段内平均需求的比率。这个比率帮助工程师和规划者确定需要多少容量来满足高峰负载，而不必过度投资于可能仅偶尔使用的基础设施。例如，在电力供应系统中，峰值因子至关重要，因为它指示在某一时间框架内电力需求的最高水平与平均需求的关系。如果峰值因子很高，这表明需求存在显著波动，这可能会给维持稳定供应带来挑战。峰值因子重要性的一个实际例子可以在城市供水系统中找到。城市的水使用模式在一天和季节之间经常变化。通过分析峰值因子，城市规划者可以设计能够处理高峰时段最大用水量的供水系统，同时确保在非高峰时段不会浪费资源。这种平衡至关重要，特别是在水资源短缺的问题上。此外，峰值因子不仅仅局限于公用事业，它在交通规划中也发挥着重要作用。在高峰时段，公共交通系统面临乘客激增。了解这一背景下的峰值因子使交通当局能够有效分配资源，确保在需求增加时列车和公交车可用。如果没有考虑到峰值因子，可能会导致车辆超载和乘客不满，最终导致公共交通使用率下降。在电信领域，峰值因子同样重要。随着越来越多的人依赖移动设备进行通信和数据使用，电信公司必须为高峰使用时间做好准备，例如重大活动或假期。通过分析历史数据以了解峰值因子，这些公司可以增强网络容量，确保客户的服务可靠。峰值因子的重要性还延伸到多个行业，包括制造业，在这些行业中，生产计划必须适应高峰需求期，而不影响效率。公司必须分析其峰值因子以优化生产线、管理库存水平，并最小化与加班劳动和多余库存相关的成本。总之，峰值因子的概念在多个部门至关重要。它有助于有效分配资源，提高服务交付，并增强整体运营效率。通过深入理解和应用峰值因子，企业和组织可以更好地准备应对需求波动，确保可持续性和提供者与消费者之间的满意度。随着我们日常生活中系统的复杂性不断增加，峰值因子的相关性只会继续增长，使其成为未来规划和管理策略的关键焦点。