forced outage

简明释义

强迫停

英英释义

例句

1.The forced outage was caused by a severe storm that damaged transmission lines.

这次强制停机是由于严重风暴损坏了输电线路造成的。

2.The power plant experienced a forced outage due to unexpected equipment failure.

由于设备故障，发电厂经历了强制停机。

3.The utility company notified customers about the forced outage affecting their area.

公用事业公司通知客户关于影响他们地区的强制停机。

4.A forced outage can lead to significant financial losses for energy providers.

强制停机可能会给能源供应商带来重大财务损失。

5.During the forced outage, technicians worked around the clock to restore service.

在强制停机期间，技术人员昼夜不停地工作以恢复服务。

作文

In the energy sector, reliability is of utmost importance. One term that often arises in discussions about power generation and distribution is forced outage. A forced outage refers to an unexpected shutdown of a power generation unit or system due to unforeseen circumstances, such as equipment failure, natural disasters, or other emergency situations. These outages can have significant implications for the energy supply and demand balance, leading to potential blackouts or service interruptions.The impact of a forced outage can be profound. For instance, if a major power plant experiences a forced outage, it can lead to a sudden drop in electricity supply, which may not be immediately compensated by other sources. This situation forces grid operators to scramble for alternative energy sources, often leading to increased costs and potential environmental impacts if fossil fuels are used to bridge the gap. Moreover, if the outage lasts for an extended period, it could compromise the stability of the entire power grid, affecting millions of consumers.Preventing forced outages is a critical focus for energy companies. Regular maintenance and rigorous testing of equipment are essential strategies employed to minimize the risk of unexpected failures. Many utilities invest heavily in predictive maintenance technologies, which utilize data analytics and machine learning to anticipate potential equipment failures before they occur. By identifying vulnerabilities in advance, companies can schedule repairs and upgrades proactively, thereby reducing the likelihood of a forced outage.However, despite these preventive measures, some forced outages are inevitable. For example, extreme weather events, such as hurricanes or severe storms, can damage infrastructure and lead to sudden outages. In recent years, climate change has exacerbated the frequency and intensity of such events, making it increasingly challenging for energy providers to ensure consistent service. This reality underscores the need for robust contingency planning and emergency response protocols to mitigate the effects of forced outages on consumers and businesses alike.Additionally, the economic ramifications of forced outages extend beyond immediate operational challenges. Industries that rely heavily on continuous power supply, such as manufacturing and technology sectors, can suffer significant financial losses during outages. Companies may face production delays, missed deadlines, and even damage to sensitive equipment. Therefore, understanding the risks associated with forced outages is vital for businesses to develop effective risk management strategies and contingency plans.In conclusion, the concept of forced outage plays a crucial role in the energy landscape. It encompasses the unforeseen challenges that power generation and distribution systems face, impacting both supply and demand. While preventive measures and technological advancements aim to reduce the occurrence of forced outages, the unpredictable nature of external factors means that they cannot be entirely eliminated. As the energy industry continues to evolve, addressing the challenges posed by forced outages will remain a priority for ensuring reliable and sustainable energy for all stakeholders involved.

在能源领域，可靠性至关重要。在关于电力生产和分配的讨论中，一个常见的术语是强制停机。强制停机是指由于不可预见的情况，如设备故障、自然灾害或其他紧急情况，导致电力生产单位或系统的意外停机。这些停机可能对能源供需平衡产生重大影响，导致潜在的停电或服务中断。强制停机的影响可能是深远的。例如，如果一个主要发电厂经历了强制停机，这可能导致电力供应的突然下降，而其他来源可能无法立即弥补这种下降。这种情况迫使电网运营商争相寻找替代能源，往往导致成本上升，以及如果使用化石燃料来填补空缺，则可能对环境产生影响。此外，如果停机持续较长时间，可能会危及整个电网的稳定性，影响数百万消费者。防止强制停机是能源公司的关键关注点。定期维护和严格测试设备是减少意外故障风险的基本策略。许多公用事业公司在预测性维护技术上投入巨资，这些技术利用数据分析和机器学习来预测潜在的设备故障。通过提前识别脆弱性，公司可以主动安排维修和升级，从而降低发生强制停机的可能性。然而，尽管采取了这些预防措施，一些强制停机是不可避免的。例如，极端天气事件，如飓风或严重风暴，可能会损坏基础设施并导致突然停机。近年来，气候变化加剧了此类事件的频率和强度，使得能源供应商确保持续服务变得越来越具有挑战性。这一现实强调了制定强有力的应急计划和响应协议的必要性，以减轻强制停机对消费者和企业的影响。此外，强制停机的经济影响超出了即时的操作挑战。依赖连续电力供应的行业，如制造业和技术行业，在停机期间可能遭受重大经济损失。公司可能面临生产延误、错过截止日期，甚至敏感设备的损坏。因此，了解与强制停机相关的风险对于企业制定有效的风险管理策略和应急计划至关重要。总之，强制停机的概念在能源格局中扮演着至关重要的角色。它涵盖了电力生产和分配系统面临的不可预见挑战，对供需产生影响。虽然预防措施和技术进步旨在减少强制停机的发生，但外部因素的不可预测性意味着它们无法完全消除。随着能源行业的不断发展，解决强制停机带来的挑战将继续是确保所有利益相关者可靠和可持续能源的优先事项。