factory land-use coefficient

简明释义

厂区土地利用系数

英英释义

例句

1.The environmental impact report included the factory land-use coefficient 工厂土地利用系数 as a key metric.

环境影响报告将工厂土地利用系数 工厂土地利用系数作为关键指标。

2.A higher factory land-use coefficient 工厂土地利用系数 indicates more efficient use of land for manufacturing.

更高的工厂土地利用系数 工厂土地利用系数表示制造业对土地的更高效利用。

3.The local government has set a target to improve the factory land-use coefficient 工厂土地利用系数 by 20% in the next five years.

地方政府设定了目标，在未来五年内提高工厂土地利用系数 工厂土地利用系数20%。

4.Investors are interested in the factory land-use coefficient 工厂土地利用系数 when evaluating potential sites for new factories.

投资者在评估新工厂潜在选址时，对工厂土地利用系数 工厂土地利用系数很感兴趣。

5.The city council is reviewing the factory land-use coefficient 工厂土地利用系数 to ensure sustainable development.

市议会正在审查工厂土地利用系数 工厂土地利用系数以确保可持续发展。

作文

In the modern era of industrialization, the efficient use of land has become a critical factor for the success of manufacturing industries. One of the essential metrics that help in assessing this efficiency is the factory land-use coefficient. The factory land-use coefficient refers to the ratio of the area utilized for manufacturing activities to the total area of the factory premises. This coefficient serves as an indicator of how effectively a factory utilizes its available space for production purposes.A high factory land-use coefficient suggests that a factory is maximizing its operational space, which can lead to increased productivity and reduced operational costs. Conversely, a low coefficient may indicate underutilization of space, leading to inefficiencies and higher per-unit production costs. Therefore, understanding and optimizing the factory land-use coefficient is crucial for managers and decision-makers within the manufacturing sector.To illustrate the importance of the factory land-use coefficient, consider a scenario where a factory occupies a total area of 10,000 square meters. If only 6,000 square meters are used for actual production activities, the factory land-use coefficient would be 0.6. This means that 60% of the factory's space is being actively utilized for manufacturing, while the remaining 40% could be considered wasted or inefficiently used.Improving the factory land-use coefficient can involve various strategies, such as reorganizing the factory layout, investing in more efficient machinery, or even expanding vertically by adding additional floors. For instance, a factory that produces electronic components might find that by rearranging its assembly lines and storage areas, it can free up significant amounts of floor space, thereby improving its factory land-use coefficient.Moreover, the factory land-use coefficient is not just a measure of physical space but also reflects the strategic planning and foresight of the factory management. It requires a deep understanding of the production process, workflow optimization, and the relationship between various departments within the factory. Managers must continuously monitor and analyze this coefficient to ensure that they are making the most of their resources.In addition to internal factors, external influences such as market demand, technological advancements, and regulatory requirements can also impact the factory land-use coefficient. For example, during periods of high demand, factories may need to adapt quickly, potentially leading to changes in their land-use strategies. Similarly, adopting new technologies may allow factories to produce more with less space, thus enhancing their factory land-use coefficient.In conclusion, the factory land-use coefficient is a vital metric that reflects a factory's efficiency in utilizing its land for production. By focusing on improving this coefficient, manufacturers can enhance their productivity, reduce costs, and ultimately achieve greater competitiveness in the market. As industries continue to evolve, understanding and optimizing the factory land-use coefficient will remain a key aspect of successful manufacturing operations.

在现代工业化时代，土地的有效利用已成为制造业成功的关键因素之一。评估这种效率的一个重要指标是工厂用地系数。工厂用地系数是指用于制造活动的面积与工厂总面积的比率。这个系数作为工厂在生产过程中如何有效利用可用空间的一个指标。高的工厂用地系数表明工厂正在最大限度地利用其操作空间，这可以导致生产力的提高和运营成本的降低。相反，低系数可能表明空间未被充分利用，导致效率低下和单位生产成本的增加。因此，理解和优化工厂用地系数对于制造行业的管理者和决策者至关重要。为了说明工厂用地系数的重要性，考虑一个工厂占地10,000平方米的场景。如果只有6,000平方米用于实际生产活动，那么工厂用地系数将为0.6。这意味着工厂60%的空间被积极用于制造，而剩余的40%可以视为浪费或使用效率低下。提高工厂用地系数可以通过多种策略实现，例如重新组织工厂布局、投资更高效的机器，或甚至通过增加额外楼层来垂直扩展。例如，一个生产电子元件的工厂可能会发现，通过重新排列其装配线和存储区，它可以释放出大量的地面空间，从而改善其工厂用地系数。此外，工厂用地系数不仅是物理空间的衡量，还反映了工厂管理层的战略规划和前瞻性。这需要深入了解生产过程、工作流程优化以及工厂内部各部门之间的关系。管理者必须不断监控和分析这个系数，以确保他们在充分利用资源。除了内部因素外，市场需求、技术进步和监管要求等外部影响也会影响工厂用地系数。例如，在需求高峰期，工厂可能需要迅速适应，从而可能导致土地使用策略的变化。同样，采用新技术可能使工厂能够以更少的空间生产更多，从而增强其工厂用地系数。总之，工厂用地系数是一个重要的指标，反映了工厂在生产中利用土地的效率。通过关注提高这一系数，制造商可以提高生产力、降低成本，并最终在市场上实现更大的竞争力。随着行业的不断发展，理解和优化工厂用地系数将继续成为成功制造操作的关键方面。