gross efficiency

简明释义

总效率

英英释义

例句

1.The report highlighted that the gross efficiency 整体效率 of the system is below industry standards.

报告强调该系统的整体效率低于行业标准。

2.Investing in employee training can lead to higher gross efficiency 整体效率 and productivity.

投资员工培训可以导致更高的整体效率和生产力。

3.To maximize gross efficiency 整体效率, we need to minimize waste in our production process.

为了最大化整体效率，我们需要减少生产过程中的浪费。

4.The factory's gross efficiency 整体效率 has improved significantly after the new machinery was installed.

工厂的整体效率在新机器安装后显著提高。

5.By analyzing the data, we found that the gross efficiency 整体效率 can be improved through better training.

通过分析数据，我们发现可以通过更好的培训来提高整体效率。

作文

In today's rapidly evolving world, the concept of efficiency has become increasingly important in various fields, from manufacturing to service industries. One term that often arises in discussions about productivity is gross efficiency. The term refers to the overall effectiveness of a system or process in converting inputs into outputs, without accounting for any losses or inefficiencies that may occur along the way. Understanding gross efficiency is crucial for businesses and organizations aiming to optimize their operations and achieve better results.To illustrate the significance of gross efficiency, let's consider a manufacturing company that produces electronic devices. The company invests a substantial amount of resources in raw materials, labor, and machinery. If the company produces a significant number of devices relative to the inputs used, it demonstrates a high level of gross efficiency. Conversely, if the production output is low despite high input costs, the gross efficiency would be considered poor, indicating a need for improvement.The measurement of gross efficiency can be applied across different sectors. For instance, in the energy sector, gross efficiency can refer to the ratio of total energy output to the energy input in power generation. A power plant that generates more electricity than it consumes exhibits high gross efficiency. This concept is particularly relevant in discussions about sustainability and environmental impact, as higher gross efficiency often correlates with reduced resource consumption and lower emissions.Moreover, understanding gross efficiency can help organizations identify areas where they can cut costs and improve productivity. By analyzing workflows and processes, companies can pinpoint inefficiencies, such as bottlenecks or unnecessary steps, that hinder performance. For example, a retail business might assess its supply chain management to enhance gross efficiency. By streamlining inventory management and reducing lead times, the business can increase its output while minimizing costs.In addition to practical applications, the concept of gross efficiency also has theoretical implications. Economists and researchers often study gross efficiency to understand how resources are allocated and utilized within an economy. High levels of gross efficiency in an economy indicate that resources are being used effectively, leading to economic growth and prosperity. Conversely, low gross efficiency can signal underlying issues, such as market distortions or misallocation of resources.As we move further into the era of digital transformation, the importance of gross efficiency will only continue to grow. Organizations are increasingly leveraging technology to enhance their operations, and understanding gross efficiency will be key to maximizing the benefits of these innovations. For instance, automation and artificial intelligence can significantly improve gross efficiency by optimizing processes and reducing human error.In conclusion, gross efficiency is a vital metric that reflects the overall effectiveness of a system in converting inputs into outputs. Whether in manufacturing, energy production, or economic analysis, understanding and improving gross efficiency can lead to significant benefits for organizations and society as a whole. As we strive for greater productivity and sustainability, the pursuit of high gross efficiency will remain a central focus for businesses and policymakers alike.

在当今快速发展的世界中，效率的概念在各个领域变得越来越重要，从制造业到服务行业。一个在讨论生产力时经常出现的术语是粗效率。这个术语指的是一个系统或过程在将投入转化为产出方面的整体有效性，而不考虑过程中可能发生的任何损失或低效。理解粗效率对希望优化运营并取得更好结果的企业和组织至关重要。为了说明粗效率的重要性，让我们考虑一家生产电子设备的制造公司。该公司在原材料、劳动力和机器设备上投入了大量资源。如果该公司相对于所使用的投入生产出大量设备，则表明其具有高水平的粗效率。相反，如果生产输出低于投入成本，即使投入成本很高，粗效率也会被认为较差，这表明需要改进。粗效率的测量可以应用于不同的行业。例如，在能源领域，粗效率可以指发电中总能量输出与能量输入的比率。发电厂产生的电力超过其消耗的电力，展示了高水平的粗效率。这一概念在可持续性和环境影响的讨论中尤为相关，因为更高的粗效率通常与减少资源消耗和降低排放相关。此外，理解粗效率可以帮助组织识别可以削减成本和提高生产力的领域。通过分析工作流程和过程，公司可以找出阻碍绩效的低效环节，例如瓶颈或不必要的步骤。例如，一家零售企业可能会评估其供应链管理，以提高粗效率。通过简化库存管理和缩短交货时间，该企业可以在最小化成本的同时增加产出。除了实际应用外，粗效率的概念也具有理论意义。经济学家和研究人员经常研究粗效率以了解资源在经济中的分配和利用情况。经济中的高水平粗效率表明资源得到了有效利用，从而推动经济增长和繁荣。相反，低粗效率可能表明潜在问题，例如市场扭曲或资源错误配置。随着我们进一步进入数字化转型时代，粗效率的重要性只会继续增长。组织越来越多地利用技术来增强其运营，而理解粗效率将是最大化这些创新收益的关键。例如，自动化和人工智能可以通过优化流程和减少人为错误显著提高粗效率。总之，粗效率是一个重要的指标，反映了一个系统在将投入转化为产出方面的整体有效性。无论是在制造业、能源生产还是经济分析中，理解和改善粗效率都可以为组织和整个社会带来显著的利益。随着我们追求更高的生产力和可持续性，追求高水平的粗效率将继续成为企业和政策制定者的核心关注点。