main emergency feeder

简明释义

主应急馈电线

英英释义

例句

1.In case of a power outage, the building's main emergency feeder 主紧急供电线路 will automatically switch on.

在停电的情况下，建筑物的主紧急供电线路会自动开启。

2.The main emergency feeder 主紧急供电线路 is crucial for maintaining power to essential services during an emergency.

在紧急情况下，主紧急供电线路对维持重要服务的供电至关重要。

3.We need to upgrade the main emergency feeder 主紧急供电线路 to accommodate the new equipment.

我们需要升级主紧急供电线路以适应新设备。

4.During the fire drill, we tested the main emergency feeder 主紧急供电线路 to see if the backup systems activated.

在消防演习中，我们测试了主紧急供电线路以查看备用系统是否激活。

5.The technician inspected the main emergency feeder 主紧急供电线路 to ensure it was functioning properly.

技术人员检查了主紧急供电线路以确保其正常工作。

作文

In our modern society, the reliability of electrical systems is crucial for both residential and commercial environments. One of the key components that ensure this reliability is the main emergency feeder, which can be defined as the primary electrical line supplying power to critical systems during emergencies. This component plays a vital role in maintaining essential services when the main power supply is disrupted due to unforeseen circumstances such as natural disasters, equipment failures, or other emergencies.The importance of the main emergency feeder cannot be overstated. In hospitals, for instance, the uninterrupted supply of electricity is necessary for life-support systems, surgical equipment, and other critical devices. If the main power source fails, the main emergency feeder takes over, ensuring that these vital systems continue to operate without interruption. Similarly, in data centers, where vast amounts of information are processed and stored, the failure of power could lead to significant data loss and operational downtime. The main emergency feeder provides backup power, allowing these facilities to function smoothly even during power outages.Furthermore, the main emergency feeder is essential in public safety operations. Emergency response facilities, such as fire stations and police departments, rely on this system to maintain communication and operational readiness. During crises, these facilities need to be fully functional, and the main emergency feeder ensures that they have the necessary power to carry out their duties effectively.To understand how the main emergency feeder works, it is important to consider its design and implementation. Typically, this system is connected to backup generators or alternative power sources, which automatically activate when the main power supply is lost. This automatic switch-over feature is crucial, as it minimizes downtime and ensures that critical systems remain operational. The design of the main emergency feeder must also comply with safety regulations and standards to prevent hazards, such as electrical fires or overloads.In addition to its technical aspects, the main emergency feeder also represents a broader commitment to safety and preparedness within our communities. Organizations that invest in reliable emergency power systems demonstrate a proactive approach to risk management. By ensuring that they have a robust main emergency feeder in place, they can protect not only their assets but also the lives of individuals who depend on their services.In conclusion, the main emergency feeder is a fundamental aspect of modern electrical infrastructure. Its role in providing uninterrupted power during emergencies highlights its importance in various sectors, including healthcare, data management, and public safety. As we continue to face challenges related to climate change and increasing demands for energy, the significance of reliable emergency power systems will only grow. Understanding and investing in the main emergency feeder will be essential for ensuring the resilience and safety of our communities in the future.

在我们现代社会中，电力系统的可靠性对住宅和商业环境至关重要。确保这种可靠性的关键组成部分之一是主应急馈线，它可以定义为在紧急情况下向关键系统提供电力的主要电线。当由于自然灾害、设备故障或其他紧急情况而导致主电源中断时，该组件在维持基本服务方面发挥着至关重要的作用。主应急馈线的重要性不容小觑。例如，在医院中，不间断的电力供应对于生命支持系统、手术设备和其他关键设备是必要的。如果主电源失败，主应急馈线将接管，确保这些重要系统继续正常运行。类似地，在数据中心，大量信息被处理和存储，电力故障可能导致重大数据丢失和运营停机。主应急馈线提供备用电源，使这些设施即使在停电期间也能顺利运行。此外，主应急馈线在公共安全操作中也是必不可少的。消防站和警察局等应急响应设施依赖该系统保持通信和操作准备。在危机期间，这些设施需要完全功能，而主应急馈线确保它们拥有执行职责所需的电力。要理解主应急馈线的工作原理，重要的是考虑其设计和实施。通常，该系统连接到备用发电机或替代电源，当主电源丢失时会自动激活。这种自动切换功能至关重要，因为它最小化了停机时间，确保关键系统保持运行。主应急馈线的设计还必须遵循安全法规和标准，以防止火灾或过载等危险。除了其技术方面，主应急馈线还代表了我们社区对安全和准备的更广泛承诺。投资于可靠的应急电力系统的组织表现出积极的风险管理态度。通过确保他们拥有强大的主应急馈线，他们可以保护不仅是他们的资产，还有依赖其服务的个人的生命。总之，主应急馈线是现代电气基础设施的基本方面。它在紧急情况下提供不间断电力的角色突显了其在医疗保健、数据管理和公共安全等各个领域的重要性。随着我们继续面临与气候变化和能源需求不断增加相关的挑战，可靠应急电力系统的重要性只会增加。理解并投资于主应急馈线将是确保我们社区未来韧性和安全的关键。