grid failure

简明释义

电网毁坏

英英释义

例句

1.During the grid failure 电网故障, emergency services were overwhelmed with calls for help.

在电网故障电网故障期间，紧急服务接到的求助电话蜂拥而至。

2.Engineers worked overnight to restore power after a sudden grid failure 电网故障 affected the entire region.

在突然的电网故障电网故障影响整个地区后，工程师们通宵达旦地恢复电力。

3.The grid failure 电网故障 highlighted the need for better infrastructure in the city.

这次电网故障电网故障凸显了城市基础设施需要改善的必要性。

4.The city experienced a major grid failure 电网故障 during the storm, leaving thousands without power.

在风暴期间，这座城市经历了严重的电网故障电网故障，导致数千人失去电力。

5.Residents were advised to prepare for potential grid failures 电网故障 during the heatwave.

居民被建议在热浪期间做好应对潜在电网故障电网故障的准备。

作文

The term grid failure refers to a situation where the electrical grid, which is responsible for delivering electricity from power plants to homes and businesses, experiences a significant disruption or collapse. This can occur due to various reasons such as extreme weather events, equipment failures, or cyber attacks. Understanding the implications of grid failure is crucial in today’s society, as our dependence on electricity continues to grow. In recent years, we have witnessed several instances of grid failure that have affected millions of people. For example, in August 2003, a massive blackout swept across the northeastern United States and parts of Canada, leaving approximately 50 million people without power for up to two days. Investigations revealed that the blackout was caused by a combination of human error and outdated infrastructure. This incident highlighted the vulnerabilities of the electrical grid and raised awareness about the need for modernization and investment in energy systems.Moreover, climate change has exacerbated the risk of grid failure. Extreme weather conditions, such as hurricanes, heatwaves, and heavy snowfall, can damage power lines and disrupt service. In 2021, Texas experienced a catastrophic grid failure during a severe winter storm, leading to widespread power outages and water supply issues. The event revealed serious flaws in the state’s energy policies and raised questions about the reliability of its power grid. To mitigate the risks associated with grid failure, it is essential for governments and utility companies to invest in resilient infrastructure. This includes upgrading aging equipment, implementing smart grid technologies, and diversifying energy sources. Renewable energy sources, such as solar and wind, can also play a significant role in enhancing grid reliability. By decentralizing energy production, these sources can reduce the vulnerability of the grid to large-scale failures. Public awareness and preparedness are equally important in addressing the challenges posed by grid failure. Communities should have emergency plans in place to respond to power outages, including access to backup power sources and communication strategies. Educating the public about energy conservation and efficiency can also help alleviate pressure on the grid during peak demand periods. In conclusion, grid failure is a pressing issue that requires immediate attention and action. As our reliance on electricity increases, so does the need for a robust and resilient electrical grid. By investing in infrastructure, embracing renewable energy, and fostering public awareness, we can work towards minimizing the risks associated with grid failure and ensure a reliable energy future for all. Overall, understanding the concept of grid failure and its implications is vital for individuals, communities, and policymakers alike. It serves as a reminder of the fragility of our energy systems and the importance of proactive measures to safeguard against potential disruptions.

“电网故障”是指电力网在将电力从发电厂输送到家庭和企业的过程中，发生重大中断或崩溃的情况。这种情况可能由于极端天气事件、设备故障或网络攻击等多种原因引起。理解“电网故障”的影响在当今社会至关重要，因为我们对电力的依赖日益增加。近年来，我们目睹了几次影响数百万人的“电网故障”事件。例如，2003年8月，一场大规模停电席卷了美国东北部和部分加拿大，导致约5000万人在长达两天的时间内无电可用。调查显示，这次停电是由于人为错误和过时基础设施的结合造成的。这一事件突显了电力网的脆弱性，并提高了人们对现代化和能源系统投资需求的认识。此外，气候变化加剧了“电网故障”的风险。极端天气条件，如飓风、热浪和大雪，可能会损坏电线并中断服务。2021年，德克萨斯州在一次严重冬季风暴中经历了一次灾难性的“电网故障”，导致广泛的停电和供水问题。该事件揭示了该州能源政策的严重缺陷，并引发了对其电力网可靠性的质疑。为了减轻与“电网故障”相关的风险，政府和公用事业公司必须投资于韧性基础设施。这包括升级老旧设备、实施智能电网技术和多样化能源来源。可再生能源，如太阳能和风能，也可以在增强电网可靠性方面发挥重要作用。通过分散能源生产，这些来源可以降低电网在大规模故障中的脆弱性。公众意识和准备同样重要，以应对“电网故障”带来的挑战。社区应制定应急计划，以应对停电，包括访问备用电源和沟通策略。教育公众有关节能和效率的信息也可以帮助缓解高峰需求期间对电网的压力。总之，“电网故障”是一个紧迫的问题，需要立即关注和行动。随着我们对电力的依赖增加，电力网的稳健性和韧性变得愈加重要。通过投资基础设施、拥抱可再生能源和促进公众意识，我们可以努力减少与“电网故障”相关的风险，并确保每个人都能拥有可靠的能源未来。总的来说，理解“电网故障”的概念及其影响对于个人、社区和政策制定者都是至关重要的。它提醒我们能源系统的脆弱性以及采取主动措施以防范潜在中断的重要性。