Hydropower is the generation of electricity using the natural force of flowing water.
30초 단어
- Energy produced by moving water.
- A clean, renewable source of electricity.
- Often generated using dams and turbines.
Overview
Hydropower, also known as hydroelectric power, is the process of converting the kinetic energy of flowing or falling water into electrical energy. It is one of the oldest and largest sources of renewable energy, playing a critical role in global electricity production by providing a stable and reliable power supply.
Usage Patterns
The word is generally used as an uncountable noun. It is often paired with verbs like 'generate,' 'produce,' or 'harness.' In professional or environmental contexts, it is frequently used to discuss national energy policies, carbon reduction, or infrastructure projects involving dams and turbines.
Common Contexts
You will encounter 'hydropower' in discussions about climate change, sustainable development, and utility management. It is a staple topic in geography, environmental science, and economics classes. News reports often refer to it when discussing the energy mix of a country or the impact of large-scale engineering projects on ecosystems.
Similar Words Comparison
While 'hydropower' specifically refers to electricity generated by water, 'hydroelectric' is the adjective form used to describe the power plants or the energy itself. 'Renewable energy' is a broader umbrella term that includes wind, solar, and geothermal, whereas 'hydropower' is a specific sub-category within that group. Understanding the distinction helps in writing precise reports about energy systems.
예시
Many countries are investing in hydropower to reduce their carbon footprint.
everydayMany countries are investing in hydropower to reduce their carbon footprint.
The project aims to increase the capacity of the region's hydropower plants.
formalThe project aims to increase the capacity of the region's hydropower plants.
We learned about how hydropower works in science class today.
informalWe learned about how hydropower works in science class today.
Hydropower remains a cornerstone of sustainable energy policy in mountainous regions.
academicHydropower remains a cornerstone of sustainable energy policy in mountainous regions.
자주 쓰는 조합
자주 쓰는 구문
hydropower development
building new water power projects
large-scale hydropower
massive energy projects
micro-hydropower
small-scale energy systems
자주 혼동되는 단어
Hydroponics refers to growing plants in water without soil. It is completely unrelated to energy production.
Hydrology is the study of the movement and distribution of water on Earth. It is a scientific field, not an energy source.
문법 패턴
How to Use It
사용 참고사항
Hydropower is a formal, technical term. It is rarely used in casual conversation unless discussing environmental issues or utility bills. Always use it as a singular, uncountable noun.
자주 하는 실수
Learners often say 'hydropower energy', which is redundant; 'hydropower' already includes the concept of energy. Another mistake is confusing it with 'hydro' (as in hydro-flask or hydration), which relates to water consumption, not power.
Tips
Use with verbs of production
Collocate hydropower with verbs like 'generate' or 'produce' to sound more natural. For example, say 'The country generates significant electricity through hydropower.'
Avoid confusing with water power
While 'water power' is understandable, 'hydropower' is the standard technical term. Use 'hydropower' in academic or professional writing.
Historical significance of dams
Many countries rely on massive dams for their national grid. Mentioning these projects often highlights the balance between development and nature.
어원
The word comes from the Greek 'hydro,' meaning water, combined with the English word 'power.' It entered common usage in the late 19th century as electrical engineering advanced.
문화적 맥락
Hydropower is often associated with large national infrastructure projects like the Hoover Dam in the US or the Three Gorges Dam in China. These structures are often seen as symbols of national technological progress.
암기 팁
Think of 'Hydro' (water) + 'Power' (electricity). It is power from water!
자주 묻는 질문
4 질문Yes, they are essentially synonymous. Hydropower is the general term for the energy, while hydroelectric is often used as an adjective to describe the machinery or plants.
Yes, it is classified as a renewable energy source. It is driven by the water cycle, which is constantly replenished by the sun.
It is considered clean because it does not burn fuel to create energy. However, building large dams can impact local ecosystems and fish populations.
Small-scale or micro-hydropower systems can be used for individual homes near a stream. However, it requires specific geographical conditions to be effective.
셀프 테스트
The dam was built to ___ hydropower for the surrounding cities.
In technical English, we 'generate' electricity or power.
What is hydropower?
Hydropower specifically refers to the conversion of water energy into electricity.
hydropower / is / source / renewable / a / energy / of
This follows the standard SVO structure.
점수: /3
Summary
Hydropower is the generation of electricity using the natural force of flowing water.
- Energy produced by moving water.
- A clean, renewable source of electricity.
- Often generated using dams and turbines.
Use with verbs of production
Collocate hydropower with verbs like 'generate' or 'produce' to sound more natural. For example, say 'The country generates significant electricity through hydropower.'
Avoid confusing with water power
While 'water power' is understandable, 'hydropower' is the standard technical term. Use 'hydropower' in academic or professional writing.
Historical significance of dams
Many countries rely on massive dams for their national grid. Mentioning these projects often highlights the balance between development and nature.
예시
4 / 4Many countries are investing in hydropower to reduce their carbon footprint.
Many countries are investing in hydropower to reduce their carbon footprint.
The project aims to increase the capacity of the region's hydropower plants.
The project aims to increase the capacity of the region's hydropower plants.
We learned about how hydropower works in science class today.
We learned about how hydropower works in science class today.
Hydropower remains a cornerstone of sustainable energy policy in mountainous regions.
Hydropower remains a cornerstone of sustainable energy policy in mountainous regions.
