leakage loss

简明释义

泄漏损失

英英释义

例句

1.By monitoring leakage loss, we can improve our resource management and reduce waste.

通过监测泄漏损失，我们可以改善资源管理并减少浪费。

2.The audit revealed that leakage loss accounted for 15% of the total operational costs.

审计显示，泄漏损失占总运营成本的15%。

3.The factory reported a significant leakage loss in their energy consumption, indicating inefficiencies in the system.

工厂报告了显著的泄漏损失，这表明系统存在低效。

4.Investing in better insulation can minimize leakage loss during the winter months.

投资更好的绝缘材料可以在冬季减少泄漏损失。

5.To reduce leakage loss, the company implemented new sealing technologies in their pipelines.

为了减少泄漏损失，公司在管道中实施了新的密封技术。

作文

In today's world, efficiency is a crucial factor in almost every aspect of life, especially in the fields of engineering and technology. One critical concept that often arises in discussions about energy systems is leakage loss. This term refers to the loss of energy or resources that occurs when they are not effectively contained or utilized within a system. Understanding leakage loss is essential for improving the performance of various systems, from electrical circuits to mechanical devices.To illustrate this concept, let’s consider an example in the context of electrical engineering. In an electrical circuit, if there are any gaps or faults in the insulation surrounding the wires, electricity can escape from the intended path. This escape of electricity not only reduces the efficiency of the circuit but also poses safety hazards. The energy that is lost through these gaps is what we refer to as leakage loss (漏损). Minimizing this type of loss is critical for ensuring that the circuit operates at its optimal capacity and does not waste energy.Moreover, leakage loss is not limited to electrical systems. It is also prevalent in fluid dynamics, where fluids may leak from pipes due to wear and tear or poor sealing. For instance, in a water distribution system, if there are leaks in the pipes, a significant amount of water can be wasted before it even reaches the end user. This not only leads to economic losses but also contributes to resource depletion. Therefore, addressing leakage loss (漏损) in such systems is vital for sustainability and conservation efforts.In the realm of business, leakage loss can refer to the inefficiencies that occur within operational processes. For example, if a company has a poorly designed supply chain, it may experience delays, excess inventory, or product spoilage. All these factors contribute to financial losses, which can be considered a form of leakage loss (漏损). By streamlining operations and identifying areas where resources are being wasted, businesses can enhance their profitability and overall efficiency.Addressing leakage loss (漏损) requires a proactive approach. Organizations must invest time and resources into monitoring systems, conducting regular maintenance, and implementing best practices. For instance, in manufacturing, regular inspections can help identify potential leaks in machinery or production lines, allowing for timely repairs before significant losses occur. Additionally, adopting advanced technologies such as sensors and data analytics can provide real-time insights into system performance, helping to pinpoint areas of leakage.In conclusion, leakage loss (漏损) is a multifaceted issue that affects various domains, including engineering, business, and environmental conservation. By understanding and addressing this phenomenon, we can improve efficiency, reduce waste, and promote sustainability. Whether it is through better design, regular maintenance, or the adoption of new technologies, tackling leakage loss is essential for creating systems that work effectively and responsibly in our increasingly resource-conscious world.