fluctuating load

简明释义

交变载荷

英英释义

例句

1.A data center faces challenges with its cooling systems due to fluctuating loads 波动负荷 from server activity.

由于服务器活动造成的波动负荷，数据中心在其冷却系统方面面临挑战。

2.Engineers are studying how to optimize the grid for a fluctuating load 波动负荷 caused by renewable energy sources.

工程师们正在研究如何优化电网以应对由可再生能源引起的波动负荷。

3.In manufacturing, equipment should be able to adjust to a fluctuating load 波动负荷 to maintain efficiency.

在制造业中，设备应能够调整至波动负荷以保持效率。

4.The HVAC system is designed to accommodate fluctuating loads 波动负荷 based on occupancy and weather conditions.

HVAC系统被设计为能够根据占用率和天气条件适应波动负荷。

5.The power plant must be designed to handle a fluctuating load 波动负荷 during peak usage hours.

发电厂必须设计成能够在高峰使用时段处理波动负荷。

作文

In the modern world, energy consumption has become a critical aspect of our daily lives. One of the key challenges faced by energy providers is managing the demand for electricity, which often experiences variations throughout the day. This phenomenon is known as a fluctuating load (波动负荷). A fluctuating load refers to the changes in electricity demand that occur due to various factors such as time of day, weather conditions, and consumer behavior. Understanding this concept is crucial for both energy producers and consumers alike.During peak hours, when people are most active, the demand for electricity tends to increase significantly. For example, in the morning, as individuals prepare for their day, appliances such as coffee makers, toasters, and hair dryers contribute to a higher fluctuating load (波动负荷). Similarly, in the evening, when families return home from work and school, the use of lights, televisions, and other devices causes another spike in demand. These patterns create a challenge for energy providers, who must ensure that they can meet the varying levels of consumption without compromising the stability of the grid.On the other hand, during off-peak hours, typically late at night, the demand for electricity decreases significantly. This drop in usage results in a lower fluctuating load (波动负荷), allowing energy providers to reduce the output from power plants. However, it also presents a challenge in terms of efficiency, as some power plants may need to operate at reduced capacity, leading to potential waste of resources.The concept of fluctuating load (波动负荷) is not limited to residential consumption. Industrial facilities also experience variations in energy demand based on production schedules and operational needs. For instance, a factory may require more electricity during certain shifts or while operating specific machinery. This variability must be accounted for in energy management strategies to maintain a reliable supply.To address the challenges posed by fluctuating load (波动负荷), many energy providers are investing in smart grid technology. Smart grids utilize advanced communication and automation technologies to monitor and manage electricity demand in real-time. By analyzing data on consumption patterns, energy providers can better predict when spikes in demand will occur and adjust their output accordingly. This proactive approach helps to mitigate the risks associated with fluctuating load (波动负荷) and ensures a more stable energy supply.Moreover, consumers can also play a role in managing fluctuating load (波动负荷). By being mindful of their energy usage, especially during peak hours, individuals can help alleviate pressure on the grid. Simple actions such as shifting the use of large appliances to off-peak times can make a significant difference. Additionally, the adoption of energy-efficient devices and practices can lead to a reduction in overall demand, further contributing to the stability of the energy supply.In conclusion, the concept of fluctuating load (波动负荷) is essential for understanding the dynamics of electricity consumption. As we continue to rely on electricity in our daily lives, it is vital for both energy providers and consumers to recognize the importance of managing this variability. Through the implementation of smart technologies and conscious energy usage, we can work together to ensure a reliable and sustainable energy future.

在现代社会，能源消费已成为我们日常生活中至关重要的一个方面。能源供应商面临的主要挑战之一是管理电力需求，这一需求往往在一天中会发生变化。这种现象被称为波动负荷（fluctuating load）。波动负荷指的是由于时间、天气条件和消费者行为等各种因素导致的电力需求变化。理解这个概念对能源生产者和消费者都至关重要。在高峰时段，当人们最活跃时，电力需求往往显著增加。例如，在早晨，当人们准备开始新的一天时，咖啡机、烤面包机和吹风机等电器的使用会导致更高的波动负荷（fluctuating load）。同样，在傍晚，当家庭成员从工作和学校回家时，灯光、电视和其他设备的使用又会造成需求的另一次激增。这些模式给能源供应商带来了挑战，他们必须确保能够满足不同水平的消费，而不影响电网的稳定性。另一方面，在非高峰时段，通常是在深夜，电力需求显著下降。这种使用的下降导致波动负荷（fluctuating load）降低，使得能源供应商能够减少发电厂的输出。然而，这也在效率上提出了挑战，因为一些发电厂可能需要以降低的产能运行，导致资源的潜在浪费。波动负荷（fluctuating load）的概念不仅限于住宅消费。工业设施也会根据生产计划和操作需求经历能源需求的变化。例如，一家工厂在某些班次或操作特定机器时可能需要更多的电力。这种变化必须在能源管理策略中加以考虑，以维持可靠的供应。为了应对波动负荷（fluctuating load）带来的挑战，许多能源供应商正在投资智能电网技术。智能电网利用先进的通信和自动化技术实时监控和管理电力需求。通过分析消费模式的数据，能源供应商可以更好地预测需求激增的时间，并相应调整其输出。这种主动的方法有助于减轻与波动负荷（fluctuating load）相关的风险，并确保更稳定的能源供应。此外，消费者也可以在管理波动负荷（fluctuating load）中发挥作用。通过关注他们的能源使用，特别是在高峰时段，个人可以帮助减轻电网的压力。将大型电器的使用时间调整到非高峰时段等简单措施可以产生显著的影响。此外，采用节能设备和实践可以减少整体需求，进一步有助于能源供应的稳定。总之，波动负荷（fluctuating load）的概念对于理解电力消费的动态至关重要。随着我们继续依赖电力来满足日常生活的需求，能源供应商和消费者都必须认识到管理这种变化的重要性。通过实施智能技术和有意识的能源使用，我们可以共同努力，确保一个可靠和可持续的能源未来。