break of load

简明释义

负载中断

英英释义

例句

1.A sudden break of load can lead to severe consequences in industrial operations.

突然的负荷中断可能会对工业操作造成严重后果。

2.To prevent a break of load, we need to balance the electrical distribution properly.

为了防止出现负荷中断，我们需要合理平衡电力分配。

3.During the storm, the power supply experienced a break of load, causing multiple outages.

在暴风雨期间，电力供应发生了负荷中断，导致多次停电。

4.The factory halted production due to a break of load in the main generator.

由于主发电机发生了负荷中断，工厂停止了生产。

5.The engineers were concerned about a potential break of load in the system during peak hours.

工程师们担心在高峰时段系统可能会出现负荷中断。

作文

In the realm of electrical engineering and power distribution, the term break of load refers to a situation where there is an interruption or disconnection in the flow of electrical current due to various reasons. This can occur during maintenance, system failures, or when the demand for electricity suddenly decreases. Understanding the implications of a break of load is crucial for engineers and technicians as it affects the stability and reliability of the power supply.When a break of load occurs, it can lead to several consequences. For instance, if the load on a power line is suddenly reduced, the generators may need to adjust their output to match the new demand. If they fail to do so promptly, it could result in voltage fluctuations that might damage sensitive equipment connected to the grid. Furthermore, a significant break of load can cause cascading failures across the network, leading to widespread blackouts.To mitigate the risks associated with a break of load, power systems are designed with various protective measures. These include automatic load shedding, which allows the system to disconnect non-essential loads during peak demand times or when a fault is detected. By doing so, the system can maintain stability and prevent more severe outages.Additionally, understanding the causes of a break of load is essential for planning and maintaining a robust power infrastructure. Factors such as weather conditions, equipment aging, and unexpected surges in demand can all contribute to a sudden drop in load. Engineers must analyze these factors and develop strategies to enhance the resilience of the power grid.Moreover, the concept of a break of load extends beyond just electrical engineering. In various industries, similar principles apply. For example, in transportation, a break of load might refer to a halt in operations due to unforeseen circumstances, such as mechanical failure or weather disruptions. Understanding how to manage these breaks effectively is vital for ensuring operational continuity.In conclusion, the term break of load encapsulates a critical aspect of power management and distribution. Its implications reach far and wide, affecting not only the electrical grid but also other sectors reliant on consistent energy supply. By comprehensively understanding and preparing for potential breaks of load, engineers and industry professionals can work towards creating a more stable and reliable infrastructure that meets the demands of modern society.

在电气工程和电力分配领域，术语break of load指的是由于各种原因导致电流流动中断或断开的情况。这可能发生在维护、系统故障或电力需求突然降低时。理解break of load的影响对于工程师和技术人员至关重要，因为它影响着电力供应的稳定性和可靠性。当发生break of load时，可能会导致几种后果。例如，如果电力线路上的负载突然减少，发电机可能需要调整其输出以匹配新的需求。如果它们未能及时做到这一点，可能会导致电压波动，从而损坏连接到电网的敏感设备。此外，显著的break of load可能导致网络中的级联故障，导致广泛的停电。为了减轻与break of load相关的风险，电力系统设计了各种保护措施。这些措施包括自动负载切除，它允许系统在高峰需求时或检测到故障时断开非必要负载。通过这样做，系统可以保持稳定，防止更严重的停电。此外，了解break of load的原因对于规划和维护强大的电力基础设施至关重要。天气条件、设备老化和需求的意外激增等因素都可能导致负载的突然下降。工程师必须分析这些因素，并制定增强电网韧性的策略。此外，break of load的概念不仅限于电气工程。在各个行业中，类似的原则适用。例如，在运输行业，break of load可能指的是由于不可预见的情况（如机械故障或天气干扰）而导致的操作暂停。有效管理这些中断对于确保运营连续性至关重要。总之，术语break of load概括了电力管理和分配的一个关键方面。它的影响广泛，影响的不仅是电网，还有其他依赖于持续能源供应的部门。通过全面理解和准备潜在的break of load，工程师和行业专业人士可以努力创造一个更稳定和可靠的基础设施，以满足现代社会的需求。