aggregate capacity

简明释义

1. 合计容量; 2. 机组总功率; 3. 全功率; 4. 机组功率;

英英释义

例句

1.The aggregate capacity 总容量 of the stadium allows it to host large events without any issues.

这个体育场的总容量使它能够顺利举办大型活动。

2.To improve efficiency, we must increase the aggregate capacity 总容量 of our manufacturing line.

为了提高效率，我们必须增加我们的生产线的总容量。

3.The power plant's aggregate capacity 总容量 is sufficient to meet the needs of the entire city.

这座发电厂的总容量足以满足整个城市的需求。

4.We need to assess the aggregate capacity 总容量 of our storage facilities before making any new purchases.

在进行任何新采购之前，我们需要评估我们的储存设施的总容量。

5.The aggregate capacity 总容量 of all the water reservoirs is crucial during the dry season.

所有水库的总容量在干旱季节至关重要。

作文

In today's rapidly evolving world, the concept of aggregate capacity (总能力) has become increasingly significant in various fields, including economics, engineering, and environmental science. Understanding this term is crucial for both professionals and students alike, as it encapsulates the total ability of a system to perform its functions or tasks effectively. This essay aims to explore the meaning of aggregate capacity and its implications in different contexts.To begin with, aggregate capacity refers to the combined capabilities or resources available within a specific area or system. In the context of economics, for instance, it can denote the total productive capacity of an economy, which includes all goods and services that can be produced given the available resources. Economists often use this term to assess the health of an economy and to identify potential growth opportunities. By analyzing the aggregate capacity of an economy, policymakers can make informed decisions about where to allocate resources, how to stimulate growth, and what industries might require support.In engineering, the notion of aggregate capacity is pivotal when designing infrastructure projects. For example, when constructing a bridge or a building, engineers must calculate the aggregate capacity of materials used to ensure safety and stability. This involves understanding how much load the structure can bear without failure. Such calculations are critical because they directly impact the longevity and reliability of the infrastructure. A thorough understanding of aggregate capacity in this context can prevent catastrophic failures and save lives.Moreover, in environmental science, aggregate capacity plays a vital role in assessing the sustainability of ecosystems. Researchers often evaluate the aggregate capacity of natural resources, such as water bodies or forests, to determine their ability to support various forms of life and human activity. For instance, the aggregate capacity of a watershed can indicate how much water it can sustainably provide for agricultural, industrial, and domestic use. Understanding these limits is essential for effective resource management and conservation efforts.The importance of aggregate capacity extends beyond theoretical applications; it also has practical implications for businesses and organizations. Companies often assess their aggregate capacity when planning production schedules and inventory management. By understanding their total capacity, businesses can optimize operations, reduce costs, and improve customer satisfaction by ensuring that they can meet demand without overextending their resources.In conclusion, the term aggregate capacity (总能力) encompasses a broad range of meanings across various disciplines, but its core idea remains the same: it represents the total capability of a system to function effectively. Whether in economics, engineering, environmental science, or business, understanding and managing aggregate capacity is essential for making informed decisions and achieving sustainable outcomes. As we continue to face global challenges, from economic fluctuations to environmental degradation, recognizing the significance of aggregate capacity will undoubtedly play a crucial role in shaping a more resilient future.