buried wiring

简明释义

暗线;

英英释义

例句

1.The city plans to install new streetlights, but first, they must check for buried wiring 埋地电缆 in the area.

市政府计划安装新的路灯，但首先必须检查该地区是否有buried wiring 埋地电缆。

2.It's crucial to mark the location of buried wiring 埋地电缆 before digging to avoid damaging them.

在挖掘之前，标记buried wiring 埋地电缆的位置是至关重要的，以避免损坏它们。

3.We need to locate the buried wiring 埋地电缆 before starting the landscaping project.

在开始园艺项目之前，我们需要找到buried wiring 埋地电缆的位置。

4.During the renovation, we discovered some old buried wiring 埋地电缆 that needed to be replaced.

在翻新过程中，我们发现了一些需要更换的旧buried wiring 埋地电缆。

5.The contractor ensured that all the buried wiring 埋地电缆 was properly insulated to prevent any electrical hazards.

承包商确保所有的buried wiring 埋地电缆都得到了妥善绝缘，以防止任何电气危险。

作文

In modern urban development, the aesthetics of a city are often compromised by the presence of overhead power lines and utility poles. To address this issue, many municipalities have turned to the implementation of buried wiring (埋地电缆), which offers a more visually appealing landscape while also providing a number of practical benefits. This essay will explore the advantages of buried wiring and its growing importance in urban planning. One of the primary benefits of buried wiring is the enhanced safety it provides. Overhead power lines can pose significant hazards during storms or high winds, as they may be knocked down, causing power outages and even injuries. By burying these wires underground, cities can reduce the risk of accidents and ensure a more reliable power supply. Furthermore, buried wiring minimizes the chances of electrical fires that can occur when wires come into contact with trees or other structures. In addition to safety, buried wiring contributes to improved reliability of utility services. Overhead lines are susceptible to damage from severe weather conditions, such as heavy rain, snow, or ice. When these lines are buried, they are protected from the elements, leading to fewer service interruptions and a more stable power grid. This reliability is particularly important for businesses and hospitals that rely on consistent electricity to operate effectively. Another significant advantage of buried wiring is its positive impact on property values. Properties located in areas with overhead power lines may experience decreased market value due to the visual clutter and perceived risks associated with overhead utilities. In contrast, neighborhoods with buried wiring often appear more attractive and desirable, which can lead to increased property values and a better quality of life for residents. Moreover, buried wiring allows for better land use and urban planning. With overhead lines removed, cities can utilize the space for parks, walking paths, or additional infrastructure. This can enhance community engagement and promote a healthier lifestyle among residents. Additionally, the absence of overhead power lines can open up opportunities for more creative architectural designs and landscaping, further improving the overall aesthetic of an area. Despite the numerous benefits of buried wiring, there are also challenges associated with its implementation. The initial cost of burying utility lines can be significantly higher than maintaining overhead systems. However, many experts argue that the long-term benefits, including reduced maintenance costs and increased property values, outweigh the upfront expenses. Furthermore, the process of installing buried wiring can be disruptive to existing infrastructure, requiring careful planning and coordination among various stakeholders. In conclusion, buried wiring (埋地电缆) presents a compelling solution to the challenges posed by overhead utility lines in urban environments. Its advantages in terms of safety, reliability, property values, and urban planning make it an essential consideration for future city developments. As more municipalities recognize the importance of creating visually appealing and functional spaces, the trend towards buried wiring is likely to continue, ultimately leading to safer and more attractive communities for all residents.

在现代城市发展中，城市的美观常常受到架空电力线和公用设施杆的影响。为了解决这个问题，许多市政当局开始实施埋地电缆，这不仅提供了更具视觉吸引力的景观，还带来了许多实用的好处。本文将探讨埋地电缆的优势及其在城市规划中日益重要的地位。埋地电缆的主要好处之一是它提供了增强的安全性。架空电力线在暴风雨或大风天气中可能造成重大危险，因为它们可能被击倒，从而导致停电甚至伤害。通过将这些电缆埋入地下，城市可以降低事故风险，并确保更可靠的电力供应。此外，埋地电缆还最大限度地减少了电线与树木或其他结构接触时可能发生的电气火灾的机会。除了安全性，埋地电缆还有助于提高公用事业服务的可靠性。架空线路容易受到恶劣天气条件的损害，例如大雨、降雪或冰冻。当这些电缆埋入地下时，它们能够得到保护，从而减少服务中断并使电网更加稳定。这种可靠性对依赖持续电力有效运作的企业和医院尤为重要。另一个显著的优势是埋地电缆对房产价值的积极影响。位于架空电力线附近的物业可能因视觉杂乱和与架空公用设施相关的潜在风险而面临市场价值下降的问题。相比之下，拥有埋地电缆的社区通常看起来更具吸引力和可取性，这可以导致房产价值上升，并为居民提供更好的生活质量。此外，埋地电缆还允许更好的土地利用和城市规划。随着架空电线的拆除，城市可以利用这片空间建设公园、步道或额外的基础设施。这可以增强社区参与感，促进居民的健康生活方式。此外，缺少架空电力线也可以为更具创意的建筑设计和景观开辟机会，进一步改善区域的整体美观。尽管埋地电缆有许多好处，但其实施也面临挑战。埋设公用设施线路的初始成本可能远高于维护架空系统的费用。然而，许多专家认为，从长远来看，包括减少维护成本和提高房产价值等好处，超过了前期支出。此外，安装埋地电缆的过程可能会对现有基础设施造成干扰，因此需要各利益相关者之间的精心规划和协调。总之，埋地电缆（埋地电缆）为城市环境中架空公用设施线路所带来的挑战提供了一个引人注目的解决方案。它在安全性、可靠性、房产价值和城市规划方面的优势，使其成为未来城市发展的重要考虑因素。随着越来越多的市政当局认识到创造视觉吸引力和功能性空间的重要性，埋地电缆的趋势可能会继续发展，最终为所有居民创造更安全和更具吸引力的社区。