風力発電
風力発電 in 30 Seconds
- Wind power generation (風力発電) is electricity made using wind turbines.
- It converts wind's kinetic energy into electrical energy.
- It's a key renewable energy source for a cleaner environment.
- Focuses on turbines capturing wind to generate power.
The Japanese word 風力発電 (fūryoku hatsuden) directly translates to 'wind power generation'. It refers to the process of generating electricity using the kinetic energy of wind, typically through wind turbines. This term is widely used in discussions about renewable energy, environmental policies, and the modernization of power infrastructure in Japan and globally. You'll encounter it in news articles discussing energy sources, government reports on sustainability, and in educational materials explaining different types of power generation. It's a key term when talking about efforts to reduce carbon emissions and transition towards cleaner energy solutions.
- Literal Meaning
- 風 (kaze) means 'wind', 力 (ryoku) means 'power', and 発電 (hatsuden) means 'electricity generation'. Together, they form 'wind power generation'.
- Contexts of Use
- This term is prevalent in contexts related to environmentalism, technological advancements in energy, and economic discussions about the future of power. It's also used when discussing the construction of wind farms, their impact on local communities, and the efficiency of wind as an energy source.
日本は風力発電の導入を増やしています。
Understanding 風力発電 is crucial for anyone interested in Japan's energy landscape and its commitment to sustainable development. It represents a significant shift towards harnessing natural resources for power, moving away from fossil fuels. The development of 風力発電 facilities often involves complex engineering, environmental impact assessments, and careful consideration of geographical factors like wind patterns and available space. The term encapsulates the technology, the industry, and the broader environmental goals associated with wind energy.
- Environmental Significance
- 風力発電 is a key component of global efforts to combat climate change by providing a source of electricity that produces zero greenhouse gas emissions during operation. Its expansion is often linked to national targets for renewable energy adoption.
- Economic Impact
- The development and maintenance of 風力発電 facilities create jobs and stimulate local economies, particularly in rural or coastal areas where wind resources are abundant. It also contributes to energy independence.
- Technological Aspect
- The term also refers to the advanced technology involved in designing, manufacturing, and operating modern wind turbines, which are becoming increasingly efficient and powerful.
この地域には多くの風力発電施設があります。
Using 風力発電 (fūryoku hatsuden) in sentences is straightforward. It functions as a noun, referring to the concept or the infrastructure of wind power generation. You can use it as the subject, object, or part of a descriptive phrase. It's common to see it followed by particles like は (wa), を (o), or の (no) to connect it with other parts of the sentence, indicating its role in the context of energy production, environmental discussions, or technological development.
- As a Subject
- Here, 風力発電 is the topic of the sentence. For example:
風力発電は再生可能エネルギーの一つです。
Wind power generation is one type of renewable energy. - As an Object
- In this case, 風力発電 is what an action is directed towards. For instance:
政府は風力発電の普及を推進しています。
The government is promoting the spread of wind power generation. - In Descriptive Phrases
- It can be used with the particle の (no) to modify another noun, indicating possession or type. For example:
風力発電所の建設が進んでいます。
The construction of wind power generation plants is progressing.
When you encounter 風力発電, consider the surrounding words to understand its precise role. It could be the focus of a discussion about environmental policy, the subject of a research paper on energy technology, or a component in a plan for future energy development. Its usage is generally neutral and factual, fitting well into formal and informal contexts related to energy and sustainability.
私たちは風力発電のメリットとデメリットについて議論しました。
- With Verbs of Action
- It can be the direct object of verbs related to development, research, or implementation. For example,
この島では風力発電を実験的に行っています。
Wind power generation is being experimentally carried out on this island. - In Technical Contexts
- It's frequently used in technical discussions about energy systems.
風力発電の効率を向上させるための研究が進められています。
Research is underway to improve the efficiency of wind power generation. - In Policy Discussions
- It's a common term when discussing national or regional energy strategies.
国のエネルギー政策において、風力発電の役割は重要です。
The role of wind power generation is important in the country's energy policy.
You will frequently hear 風力発電 (fūryoku hatsuden) in various real-world settings, especially in Japan where there's a growing focus on renewable energy. News reports are a primary source; segments discussing environmental issues, energy crises, or technological advancements often feature this term. For instance, a news anchor might report on the construction of a new wind farm or the government's targets for increasing the percentage of electricity generated from wind power. Listen for it during discussions about climate change mitigation and Japan's efforts to reduce its carbon footprint. It's also a common topic in documentaries or educational programs about science, technology, and the environment.
今日のニュースで、新しい風力発電所の計画について報じられていました。
- Government and Policy Discussions
- In parliamentary debates, policy announcements, and public forums concerning energy strategy, 風力発電 is a key term. Officials will discuss its potential, the challenges in its implementation, and its role in achieving energy independence and environmental goals.
- Academic and Research Settings
- Universities and research institutions discussing sustainable energy will use 風力発電 in lectures, seminars, and published papers. The focus might be on the engineering aspects, economic viability, or environmental impact assessments of wind power.
- Environmental Activism and NGOs
- Environmental organizations advocating for cleaner energy sources will often use 風力発電 in their campaigns, petitions, and public awareness initiatives. They highlight its benefits over fossil fuels.
- Local Community Meetings
- When wind farms are proposed in a particular area, residents and local government officials will discuss 風力発電 in town hall meetings, addressing concerns about noise, visual impact, and economic benefits.
In business contexts, companies involved in energy, construction, or environmental technology will use 風力発電 in their corporate reports, investor briefings, and marketing materials. They might discuss investments in 風力発電 projects or the technological innovations they are bringing to the sector. Even in casual conversations among environmentally conscious individuals or those interested in technology, this term might come up when discussing future energy solutions and sustainability.
あの海岸沿いには、たくさんの風力発電の風車が立っています。
When learning 風力発電 (fūryoku hatsuden), learners might make a few common mistakes, primarily related to oversimplification or confusion with similar terms. One common error is to treat it as a general term for all types of renewable energy. While wind power is a form of renewable energy, 風力発電 specifically refers to energy derived from wind, not solar, hydro, or geothermal power. It's important to remember the 'wind' component.
- Confusing with 'Wind Power' in General
- Sometimes learners might use 風力発電 when they simply mean 'windy weather' or 'the force of the wind'. For example, saying 「風力発電が強い」 (fūryoku hatsuden ga tsuyoi) to mean 'the wind is strong' would be incorrect. The correct phrase for strong wind is 「風が強い」 (kaze ga tsuyoi). 風力発電 is about the *generation of electricity* from that wind.
- Misinterpreting the Components
- While less common for intermediate learners, beginners might struggle with the individual kanji. If they misunderstand 風 (kaze - wind), 力 (ryoku - power), or 発電 (hatsuden - electricity generation), their overall comprehension of the term might be flawed. For instance, if they think 力 means 'strength' in a general sense, they might not grasp the specific context of 'power generation'.
- Overgeneralizing its Application
- Another mistake is assuming 風力発電 applies to any situation involving wind. It specifically refers to the industrial or large-scale generation of electricity using wind turbines. It doesn't apply to small, personal wind-powered devices unless specified, nor does it refer to natural phenomena like wind erosion.
- Incorrectly Using Particles
- As with any Japanese vocabulary, incorrect particle usage can lead to misunderstandings. For example, using the wrong particle after 風力発電 can change the meaning or make the sentence grammatically incorrect. Always pay attention to how particles like は (wa), が (ga), を (o), and の (no) are used in context with this term.
Finally, learners might sometimes use it in a context where a simpler term would suffice, or conversely, use a simpler term when the technical specificity of 風力発電 is required. For example, in a casual chat about weather, simply saying 'windy' is appropriate. But when discussing national energy infrastructure, 風力発電 is the precise term needed.
「風が強い」と「風力発電」は意味が違います。
While 風力発電 (fūryoku hatsuden) is the standard and most precise term for 'wind power generation', there are related words and phrases that might be used in different contexts or with slightly different nuances. Understanding these can enrich your vocabulary and comprehension.
- 風力エネルギー (Fūryoku enerugī)
- This translates to 'wind energy'. It's a broader term that refers to the energy available in the wind, which can then be harnessed for generation. 風力発電 is the *process* of converting this energy into electricity, while 風力エネルギー is the *energy itself*.
- 風車 (Fūsha)
- This means 'wind turbine' or 'windmill'. It's a component of 風力発電. You might hear about the number of 風車 in a wind farm, which directly relates to its 風力発電 capacity.
- 再生可能エネルギー (Saisei kanō enerugī)
- This is the general term for 'renewable energy'. 風力発電 is a subcategory of this. When discussing broader energy policies, this term is often used, and 風力発電 would be mentioned as one of the key types.
- 火力発電 (Karyoku hatsuden)
- This means 'thermal power generation' (usually from fossil fuels). It's often contrasted with 風力発電 when discussing the shift from traditional to cleaner energy sources.
- 太陽光発電 (Taiyōkō hatsuden)
- This means 'solar power generation'. Like 風力発電, it's a specific type of renewable energy generation. Discussions about national energy mixes often compare the contributions of both.
In more technical discussions, you might also hear terms related to the capacity or output of wind power, such as 風力発電 容量 (fūryoku hatsuden yōryō - wind power generation capacity) or 発電量 (hatsudenryō - amount of electricity generated). While 風力発電 is the core term, these related phrases provide more detail about the scale and performance of wind energy projects.
太陽光発電と風力発電は、どちらもクリーンエネルギーとして注目されています。
How Formal Is It?
Fun Fact
Many technical terms in Japanese, especially in fields like science and engineering, are created by combining kanji characters that represent the core concepts. This practice allows for precise and descriptive terminology. For example, 発電 (hatsuden) itself is a compound of 発 (hatsu - to issue, start, emit) and 電 (den - electricity).
Pronunciation Guide
- Pronouncing 'ryoku' too lightly, making it sound like 'roku'.
- Omitting the 'tsu' sound in 'hatsuden'.
- Not giving enough emphasis to the first syllable of each part of the compound word.
Difficulty Rating
Recognizable due to its common usage in news and environmental discussions. The kanji are relatively common, and the meaning is straightforward once broken down. Understanding the nuances of related terms like 'wind energy' vs. 'wind power generation' requires B1 level comprehension.
Writing the kanji requires practice. Constructing grammatically correct sentences requires understanding Japanese sentence structure and particle usage, typical for B1 learners.
Pronunciation is manageable with practice. Using the term in conversation requires understanding its context and appropriate sentence patterns, usually at a B1 level.
The term is frequently heard in media and public discourse, making it recognizable for learners exposed to Japanese media. Context usually helps clarify the meaning.
What to Learn Next
Prerequisites
Learn Next
Advanced
Grammar to Know
Causative Form (〜させる)
技術革新が風力発電のコストを低減させた。 (Technological innovation caused the cost of wind power generation to decrease.)
Potential Form (〜できる)
洋上風力発電は、より安定した電力を供給できる可能性がある。 (Offshore wind power generation has the potential to supply more stable electricity.)
Passive Voice (〜られる/〜れる)
風力発電は、環境に優しいエネルギー源として期待されている。 (Wind power generation is expected as an environmentally friendly energy source.)
Conjunctive Form (〜ており)
風力発電の技術は進化しており、効率が向上しています。 (Wind power generation technology is evolving, and its efficiency is improving.)
Conditional Form (〜ば)
風が強ければ、より多くの電力を発電できる。 (If the wind is strong, more electricity can be generated.)
Examples by Level
風が吹いています。
The wind is blowing.
Basic sentence structure with a subject (wind) and verb.
これは風の力です。
This is the power of the wind.
Using the particle の to show possession or attribute.
電気を作ります。
We make electricity.
Simple verb usage.
大きな機械です。
It is a big machine.
Describing an object using an adjective.
空が青いです。
The sky is blue.
Basic descriptive sentence.
山の上です。
It is on top of the mountain.
Using location particles.
たくさんの車があります。
There are many cars.
Using います to indicate existence.
新しい技術です。
It is new technology.
Simple noun-adjective combination.
海辺に風力発電の施設があります。
There are wind power generation facilities by the sea.
Using location and existence with a compound noun.
風力発電は環境に良いです。
Wind power generation is good for the environment.
Expressing an opinion or characteristic.
風の力で電気を作る技術です。
It is technology that makes electricity with the power of wind.
Using the particle で to indicate means or cause.
この地域で風力発電を増やしたいです。
We want to increase wind power generation in this region.
Using 〜たい to express desire.
風力発電所の建設が始まります。
The construction of the wind power generation plant will begin.
Using 〜が始まります for future events.
風力発電は再生可能エネルギーの一つです。
Wind power generation is one type of renewable energy.
Classifying something within a category.
風が強い日には、たくさんの電気を作れます。
On days when the wind is strong, we can make a lot of electricity.
Using 〜日には for specific conditions.
新しい風力発電の計画があります。
There is a plan for new wind power generation.
Using 〜があります to indicate existence of a plan.
日本は風力発電の導入を加速させる方針です。
Japan's policy is to accelerate the introduction of wind power generation.
Using 〜させる to indicate causation/making something happen.
洋上風力発電は、陸上よりも安定した電力を供給できる可能性がある。
Offshore wind power generation has the potential to supply more stable electricity than onshore.
Using 〜可能性がある to express potential.
風力発電所の建設には、環境への影響を考慮する必要があります。
When constructing wind power generation plants, it is necessary to consider the environmental impact.
Using 〜必要があります to express necessity.
風力発電の技術は年々進化しており、効率が向上しています。
Wind power generation technology is evolving year by year, and its efficiency is improving.
Using 〜ており to connect clauses and ~ています for ongoing actions.
この地域では、風力発電による電力供給の割合が増加傾向にある。
In this region, the proportion of electricity supply from wind power generation is on an increasing trend.
Using 〜増加傾向にある to describe a trend.
風力発電は、化石燃料に依存しない持続可能なエネルギー源として期待されている。
Wind power generation is expected as a sustainable energy source that does not depend on fossil fuels.
Using 〜として期待されている to express expectations.
風力発電のコスト削減が、普及を後押しする鍵となるだろう。
The reduction of costs for wind power generation will likely be the key to promoting its spread.
Using 〜となるだろう to predict a future outcome.
風力発電の効率を最大化するためには、適切な設置場所の選定が不可欠だ。
To maximize the efficiency of wind power generation, the selection of appropriate installation sites is essential.
Using 〜が不可欠だ to express indispensability.
政府は、2030年までに風力発電の比率を大幅に引き上げる目標を掲げている。
The government has set a goal to significantly increase the proportion of wind power generation by 2030.
Using 〜目標を掲げている to state a set objective.
風力発電の普及には、送電網の整備や蓄電技術の向上が不可欠な課題である。
For the widespread adoption of wind power generation, the development of the power grid and improvement of storage technology are essential challenges.
Using 〜が不可欠な課題である to highlight critical issues.
近年、ブレードの大型化やタービンの高効率化により、風力発電の発電コストは低下傾向にある。
In recent years, due to the increase in blade size and higher turbine efficiency, the generation cost of wind power has been on a downward trend.
Using 〜により to indicate cause and 〜低下傾向にある for a trend.
風力発電は、その立地条件によっては騒音や景観への影響が懸念されることがある。
Wind power generation may raise concerns about noise and visual impact depending on its location.
Using 〜によっては to indicate conditionality and 〜懸念されることがある for potential concerns.
国際的な気候変動対策の流れの中で、風力発電の重要性はますます高まっている。
In the context of international climate change countermeasures, the importance of wind power generation is increasingly growing.
Using 〜の流れの中で to describe a trend or movement and 〜ますます高まっている for increasing importance.
大規模な洋上風力発電プロジェクトは、地域経済の活性化に貢献する可能性を秘めている。
Large-scale offshore wind power generation projects hold the potential to contribute to the revitalization of the regional economy.
Using 〜可能性を秘めている to denote potential.
風力発電の安定供給のためには、風況予測の精度向上とバックアップ電源の確保が求められる。
For a stable supply of wind power generation, improving the accuracy of wind condition forecasting and securing backup power sources are required.
Using 〜が求められる to indicate a requirement.
風力発電の導入拡大は、エネルギーミックスの多様化に寄与し、エネルギー安全保障の強化につながる。
The expansion of wind power generation contributes to the diversification of the energy mix and leads to the strengthening of energy security.
Using 〜に寄与し and 〜につながる to show contribution and consequence.
近年の技術革新は、風力発電の設置コストを大幅に低減させ、その経済的実行可能性を飛躍的に向上させた。
Recent technological innovations have significantly reduced the installation costs of wind power generation, dramatically improving its economic feasibility.
Using 〜させ (causative form) and 〜飛躍的に向上させた (dramatically improved).
風力発電の普及に伴い、送電網への負荷分散や周波数調整といった新たな課題への対応が急務となっている。
With the spread of wind power generation, responding to new challenges such as load balancing on the power grid and frequency regulation has become an urgent task.
Using 〜に伴い (along with) and 〜急務となっている (has become an urgent task).
洋上風力発電のポテンシャルは計り知れないが、その開発には高度な技術力と巨額の投資が不可欠である。
The potential of offshore wind power generation is immeasurable, but its development requires advanced technological capabilities and enormous investment.
Using 〜ポテンシャルは計り知れない (potential is immeasurable) and 〜不可欠である (is indispensable).
風力発電の地域社会への恩恵を最大化するためには、住民との合意形成プロセスを透明かつ包括的に進めることが肝要だ。
To maximize the benefits of wind power generation for the local community, it is crucial to proceed with the consensus-building process with residents in a transparent and comprehensive manner.
Using 〜恩恵を最大化するためには (to maximize benefits) and 〜肝要だ (is crucial).
気候変動の緩和策として風力発電が注目される一方で、その導入拡大には、電力系統の安定性維持という難題が伴う。
While wind power generation is gaining attention as a measure to mitigate climate change, its widespread adoption is accompanied by the challenge of maintaining the stability of the power system.
Using 〜一方で (on the other hand) and 〜難題が伴う (is accompanied by a challenge).
風力発電の事業化においては、初期投資の回収期間の短縮と、長期的な運用保守コストの抑制が収益性を左右する。
In the commercialization of wind power generation, shortening the payback period for initial investment and controlling long-term operation and maintenance costs determine profitability.
Using 〜事業化 (commercialization), 〜回収期間 (payback period), and 〜左右する (to determine/influence).
風力発電の普及は、エネルギー安全保障の観点からも戦略的な意義を有しており、国内エネルギー源の多様化に貢献する。
The spread of wind power generation holds strategic significance also from the perspective of energy security and contributes to the diversification of domestic energy sources.
Using 〜観点からも (also from the perspective of) and 〜戦略的な意義を有しており (holds strategic significance).
将来的な風力発電のポテンシャルを最大限に引き出すためには、革新的なブレード設計や、より高出力のタービンの開発が不可欠となるであろう。
To fully realize the future potential of wind power generation, innovative blade designs and the development of higher-output turbines will undoubtedly be essential.
Using 〜最大限に引き出す (to maximize) and 〜不可欠となるであろう (will undoubtedly be essential).
風力発電の導入拡大に伴う系統安定化策は、変動性再生可能エネルギーの統合における喫緊の課題であり、国際的なベストプラクティスの共有が求められる。
Grid stabilization measures accompanying the expansion of wind power generation are an urgent issue in the integration of variable renewable energy, and the sharing of international best practices is required.
Using 〜に伴う (accompanying), 〜喫緊の課題 (urgent issue), and 〜ベストプラクティスの共有が求められる (sharing of best practices is required).
洋上風力発電は、その巨大なポテンシャルと環境負荷の低減という点で、エネルギー転換における切り札となり得るが、設置コスト、保守、そして海洋生態系への影響といった多岐にわたる課題の克服が不可欠である。
Offshore wind power generation, in terms of its immense potential and reduction of environmental impact, can become a trump card in the energy transition, but overcoming a wide range of challenges such as installation costs, maintenance, and impact on marine ecosystems is indispensable.
Using 〜切り札となり得る (can become a trump card), 〜多岐にわたる課題 (wide range of challenges), and 〜克服が不可欠である (overcoming is indispensable).
風力発電の経済性を論じる際には、初期投資、運転維持費、そして電力市場における価格変動リスクを包括的に評価し、ライフサイクルアセスメントに基づいた分析が不可欠となる。
When discussing the economic viability of wind power generation, a comprehensive evaluation of initial investment, operation and maintenance costs, and price fluctuation risks in the electricity market, based on a life cycle assessment, is essential.
Using 〜経済性を論じる際には (when discussing economic viability), 〜包括的に評価し (comprehensively evaluate), and 〜ライフサイクルアセスメントに基づいた分析が不可欠となる (analysis based on LCA is essential).
風力発電の地域共生を目指す取り組みにおいては、地域住民の懸念に真摯に耳を傾け、その意見を計画に反映させることで、社会的な受容性を高め、持続可能なプロジェクト運営を実現することが肝要である。
In initiatives aiming for coexistence with local communities for wind power generation, it is crucial to listen sincerely to the concerns of local residents and reflect their opinions in the plans, thereby enhancing social acceptance and achieving sustainable project operation.
Using 〜地域共生を目指す取り組み (initiatives aiming for coexistence), 〜真摯に耳を傾け (listen sincerely), 〜社会的な受容性を高め (enhance social acceptance), and 〜肝要である (is crucial).
風力発電のさらなる普及には、技術的ブレークスルーに加えて、政策的支援、規制緩和、そして電力系統運用者との緊密な連携が不可欠であり、これらが複合的に作用することで、エネルギーミックスの抜本的な転換が実現される。
For the further spread of wind power generation, in addition to technological breakthroughs, policy support, deregulation, and close cooperation with grid operators are essential, and through the synergistic effect of these, a fundamental transformation of the energy mix will be realized.
Using 〜さらなる普及には (for further spread), 〜〜に加えて (in addition to), 〜緊密な連携 (close cooperation), and 〜複合的に作用することで (through synergistic effect).
風力発電の環境影響評価においては、鳥類への衝突リスク、騒音レベル、そして景観への影響といった定量的・定性的な側面を網羅的に分析し、その結果を公開することが、プロジェクトの透明性と信頼性を担保する上で極めて重要である。
In the environmental impact assessment of wind power generation, comprehensively analyzing quantitative and qualitative aspects such as the risk of bird collisions, noise levels, and impact on the landscape, and disclosing the results, is extremely important for ensuring project transparency and credibility.
Using 〜網羅的に分析し (comprehensively analyze), 〜公開することが (disclosing the results), and 〜極めて重要である (is extremely important).
風力発電の地理的ポテンシャルは未だ十分に活用されておらず、特に洋上風力においては、浮体式技術の発展が、従来は困難であった深度の深い海域への展開を可能にし、その展開ポテンシャルを飛躍的に増大させるものと期待される。
The geographical potential of wind power generation is still not fully utilized, and especially in offshore wind, the development of floating technology is expected to enable deployment in deep-sea areas that were previously difficult, dramatically increasing its deployment potential.
Using 〜未だ十分に活用されておらず (is still not fully utilized), 〜可能にし (enable), and 〜飛躍的に増大させるものと期待される (is expected to dramatically increase).
風力発電の系統連系における課題克服は、単に技術的な問題に留まらず、電力市場の設計、規制枠組みの整備、そしてステークホルダー間の協調といった多角的なアプローチを必要とする。
Overcoming the challenges in connecting wind power generation to the grid is not limited to technical issues but requires a multifaceted approach, including the design of the electricity market, the establishment of regulatory frameworks, and cooperation among stakeholders.
Using 〜単に〜に留まらず (not limited to), 〜多角的なアプローチ (multifaceted approach), and 〜必要とする (requires).
Common Collocations
Common Phrases
— Promoting wind power generation. This phrase is used when discussing policies or efforts to increase the use of wind energy.
政府は、再生可能エネルギーとして風力発電の推進に力を入れています。 (The government is focusing on promoting wind power generation as a renewable energy source.)
— The spread or widespread adoption of wind power generation. It refers to the increase in its use and implementation.
技術革新とコスト削減が、風力発電の普及を後押ししています。 (Technological innovation and cost reduction are promoting the spread of wind power generation.)
— The introduction or implementation of wind power generation. It signifies the beginning or integration of wind energy systems.
多くの企業が、自社のエネルギー源として風力発電の導入を検討しています。 (Many companies are considering the introduction of wind power generation as their own energy source.)
— By means of wind power generation. This phrase indicates that something is achieved or produced using wind energy.
この地域では、風力発電による電力供給が増加しています。 (In this region, the electricity supply by means of wind power generation is increasing.)
— The capacity or capability of wind power generation. It refers to the potential output or scale of wind energy projects.
新しい風力発電所の能力は非常に高いと予想されています。 (The capacity of the new wind power plant is expected to be very high.)
— The challenges or issues related to wind power generation. This phrase is used when discussing difficulties in implementing or operating wind energy systems.
風力発電の普及には、送電網の整備という課題があります。 (There is the challenge of power grid development for the spread of wind power generation.)
— The future potential or prospects of wind power generation. It discusses the outlook and possibilities for wind energy in the future.
専門家は、風力発電の将来性について楽観的な見方を示しています。 (Experts are showing an optimistic view on the future potential of wind power generation.)
— The benefits or advantages of wind power generation. It highlights the positive impacts of using wind energy.
風力発電の恩恵は、環境保護だけでなく、地域経済の活性化にもつながります。 (The benefits of wind power generation lead not only to environmental protection but also to the revitalization of the local economy.)
— Technological development related to wind power generation. This refers to advancements in the technology used for wind energy.
風力発電の技術開発は、より効率的なタービンの実現を目指しています。 (Technological development for wind power generation aims to realize more efficient turbines.)
— The current status or situation of wind power generation. It describes how wind energy is performing or being implemented now.
風力発電の現状について、最新の統計データが発表されました。 (The latest statistical data has been released regarding the current status of wind power generation.)
Often Confused With
This simply means 'wind'. While wind is the source, 風力発電 specifically refers to the generation of electricity from that wind.
This means 'wind power' in a more general sense. It can refer to the force of the wind or its potential for use, but 風力発電 is more specific to the process of generating electricity.
This refers to the 'wind turbine' or 'windmill' itself, which is the equipment used for wind power generation. It's a component, not the entire process.
Easily Confused
Sometimes confused with general terms for renewable energy or just 'wind'.
風力発電 is specifically about generating electricity from wind using turbines. It's a specific technology within the broader category of renewable energy (再生可能エネルギー). It is distinct from simply 'wind' (風) or 'wind power' (風力) in a general sense.
風力発電は再生可能エネルギーですが、風そのものではありません。 (Wind power generation is renewable energy, but it is not wind itself.)
Similar meaning, but subtle difference in focus.
風力エネルギー refers to the energy present in the wind, the potential resource. 風力発電 is the process of converting that energy into usable electricity. Think of it as: energy is the raw material, generation is the factory process.
風力エネルギーは豊富ですが、それを風力発電に利用するには技術が必要です。 (Wind energy is abundant, but technology is needed to utilize it for wind power generation.)
Both are major types of renewable energy generation.
風力発電 uses wind to generate electricity, while 太陽光発電 uses sunlight. They are distinct technologies for harnessing natural forces.
風力発電と太陽光発電は、どちらもクリーンエネルギーの代表例です。 (Wind power generation and solar power generation are both representative examples of clean energy.)
Both are methods of electricity generation.
火力発電 uses fossil fuels (like coal or gas) and produces greenhouse gases. 風力発電 uses wind, a renewable resource, and produces no emissions during operation. They are often contrasted in discussions about environmental impact.
火力発電は環境負荷が大きいですが、風力発電はクリーンです。 (Thermal power generation has a large environmental impact, but wind power generation is clean.)
It's a key component of wind power generation.
風車 refers specifically to the 'wind turbine' or 'windmill', the physical machine. 風力発電 is the entire process of generating electricity using these turbines.
風力発電所にはたくさんの風車が設置されています。 (Many wind turbines (fūsha) are installed at the wind power generation plant.)
Sentence Patterns
〜は〜の一つです。
風力発電は再生可能エネルギーの一つです。
〜で〜を作ります。
風の力で電気を作ります。
〜の導入を推進する。
政府は風力発電の導入を推進しています。
〜の普及には〜が不可欠だ。
風力発電の普及には技術開発が不可欠だ。
〜の導入拡大は〜に寄与する。
風力発電の導入拡大は、エネルギーミックスの多様化に寄与します。
〜の可能性を秘めている。
洋上風力発電は、地域経済の活性化の可能性を秘めています。
〜の導入に伴い、〜という課題が生じている。
風力発電の導入拡大に伴い、系統安定化という課題が生じています。
〜の経済性を論じる際には、〜が不可欠となる。
風力発電の経済性を論じる際には、ライフサイクルアセスメントが不可欠となる。
Word Family
Nouns
Verbs
Adjectives
Related
How to Use It
High, especially in contexts related to energy, environment, and technology.
-
Using 風力発電 to describe windy weather.
→
風が強いです。(Kaze ga tsuyoi desu.)
風力発電 specifically refers to the generation of electricity from wind. For simply describing strong winds, use 'kaze ga tsuyoi'.
-
Confusing 風力発電 with general 'renewable energy'.
→
風力発電は再生可能エネルギーの一つです。(Fūryoku hatsuden wa saisei kanō enerugī no hitotsu desu.)
While wind power generation is a type of renewable energy, 'renewable energy' (再生可能エネルギー) is a broader category that includes solar, hydro, etc. It's important to be specific when needed.
-
Treating '風力' as the complete term for wind power generation.
→
風力発電 (fūryoku hatsuden)
'風力' (fūryoku) means 'wind power' in a general sense. The full term for electricity generation is '風力発電' (fūryoku hatsuden), which includes 'hatsuden' (electricity generation).
-
Using the term in contexts unrelated to electricity generation.
→
e.g., discussing the force of wind during a storm, use 風の力 (kaze no chikara) or just 風が強い (kaze ga tsuyoi).
風力発電 is a technical term for electricity generation. Applying it to general wind phenomena can lead to misunderstanding.
-
Overlooking the 'power generation' aspect and focusing only on 'wind'.
→
風力発電は、風のエネルギーを利用して電気を作り出すことです。(Fūryoku hatsuden wa, kaze no enerugī o riyō shite denki o tsukuridasu koto desu.)
The key concept is the generation of electricity. Simply talking about wind is not enough; the term implies the conversion of wind's energy into electrical power.
Tips
Break it Down
Remember the meaning of each kanji: 風 (wind), 力 (power), 発電 (electricity generation). Visualizing these components helps anchor the meaning of the entire word.
Practice Speaking
Practice saying 'fūryoku hatsuden' aloud. Focus on clear pronunciation of each syllable and stress the first syllable of each component (FU-ryoku HA-tsu-den).
Visual Association
Imagine large wind turbines spinning vigorously. Connect this powerful visual with the sound of the word 'fūryoku hatsuden' to create a strong memory link.
Particle Usage
Notice how particles like は (wa), を (o), and の (no) are used with 風力発電 in sentences. Understanding these connections will help you use the word correctly in your own Japanese.
Expand Your Knowledge
Learn related terms like 'wind turbine' (風車), 'wind farm' (風力発電所), and 'renewable energy' (再生可能エネルギー) to build a more comprehensive understanding of the topic.
Japanese Context
Understand that wind power generation is a significant part of Japan's efforts towards sustainability and energy independence, often discussed in news and policy.
Listen Actively
When watching Japanese media or listening to conversations, actively listen for the term 風力発電 and its context. Try to predict what the speaker will say next based on the topic.
Contrast with Other Energy
Compare 風力発電 with other energy generation methods like thermal power (火力発電) or solar power (太陽光発電) to better grasp its unique characteristics and advantages/disadvantages.
Use it in Sentences
Try creating your own sentences using 風力発電, focusing on different grammatical patterns and contexts. The more you use it, the more natural it will become.
Memorize It
Mnemonic
Imagine a strong WIND (風) blowing, giving POWER (力) to a giant GENERATOR (発電) that makes electricity. Think of giant spinning windmills (風力発電) harnessing the wind's power.
Visual Association
Picture a vast landscape dotted with towering wind turbines, their blades spinning gracefully against a clear sky. The sheer scale and movement of these turbines are visually linked to the concept of generating power from the wind.
Word Web
Challenge
Try to explain the concept of wind power generation to someone using only the words 'wind', 'power', and 'electricity' in Japanese, then try to incorporate '風力発電'.
Word Origin
The term 風力発電 (fūryoku hatsuden) is a compound word formed from three distinct Japanese words, each contributing to its meaning. This is a common way to create technical and scientific terms in Japanese.
Original meaning: The literal breakdown is: 風 (kaze) meaning 'wind', 力 (ryoku/chikara) meaning 'power' or 'strength', and 発電 (hatsuden) meaning 'electricity generation'. Therefore, it literally means 'wind power electricity generation'.
JapaneseCultural Context
When discussing wind power generation, especially in local contexts, it's important to be sensitive to potential concerns regarding noise pollution, visual impact on landscapes, and effects on wildlife (like birds and bats). Community engagement and transparent communication are crucial for successful projects.
In English-speaking countries, 'wind power' or 'wind energy' are common terms. 'Wind farm' refers to the collection of turbines. The concept is widely understood as a key renewable energy source.
Practice in Real Life
Real-World Contexts
Environmental Policy Discussions
- 風力発電の導入拡大
- 再生可能エネルギーの推進
- CO2排出量削減
News and Media Reports
- 新しい風力発電所の建設
- 風力発電の効率向上
- 洋上風力発電の開発
Technological Advancements
- 風力発電の技術開発
- 高効率タービンの登場
- 風力発電のコスト削減
Economic and Business Reports
- 風力発電事業への投資
- 風力発電の収益性
- エネルギーミックスの多様化
Local Community Issues
- 風力発電施設の景観への影響
- 風力発電の騒音問題
- 地域経済への貢献
Conversation Starters
"最近、風力発電についてよく聞くけど、どう思う?"
"日本で風力発電がもっと増えるといいなと思わない?"
"風力発電って、具体的にどうやって電気を作ってるんだろう?"
"風力発電の風車が大きくてびっくりしたことがあるよ。"
"クリーンエネルギーとして、風力発電の将来性はどうなんだろう?"
Journal Prompts
What are your thoughts on the role of wind power generation in combating climate change?
Describe a place where you have seen wind turbines. What was your impression?
Imagine Japan significantly increasing its wind power generation. What might be some positive and negative consequences?
How does wind power generation compare to other forms of renewable energy like solar power?
What are the biggest challenges facing the widespread adoption of wind power generation globally?
Frequently Asked Questions
10 questions風力発電 is the Japanese term for 'wind power generation'. It refers to the process of generating electricity by using wind turbines to convert the kinetic energy of the wind into electrical energy. It is a significant form of renewable energy.
Yes, during operation, wind power generation is considered environmentally friendly because it does not produce greenhouse gas emissions or air pollutants. However, the manufacturing of turbines and the construction of wind farms can have environmental impacts that need to be managed.
The main components include wind turbines (風車 - fūsha), which have large blades that rotate when the wind blows. This rotation drives a generator to produce electricity. These turbines are often grouped together in wind farms (風力発電所 - fūryoku hatsuden-sho).
Wind power generation is being increasingly utilized in Japan, particularly in coastal areas and mountainous regions where wind resources are abundant. Offshore wind power generation (洋上風力発電) is also a growing area of development.
風力発電 (fūryoku hatsuden) refers to the 'process' or 'technology' of generating electricity from wind. 風力エネルギー (fūryoku enerugī) refers to the 'energy' available in the wind itself, the resource that is harnessed for generation.
Yes, potential downsides include intermittency (wind doesn't always blow), visual impact on landscapes, noise from turbines, and potential risks to birds and bats. These issues are often addressed through careful site selection, technological improvements, and community engagement.
Wind power generation is one of several major types of renewable energy, alongside solar power generation (太陽光発電), hydropower (水力発電), and geothermal power (地熱発電). They are all part of efforts to transition away from fossil fuels.
洋上風力発電 (yōjō fūryoku hatsuden) specifically refers to 'offshore wind power generation', meaning wind turbines are located in the sea or ocean. This often allows for stronger and more consistent winds compared to onshore locations.
The cost of wind power generation has decreased significantly over the years due to technological advancements. While initial investment can be high, the operational costs are relatively low, and it is becoming increasingly competitive with traditional energy sources.
The future outlook for wind power generation is generally very positive. It is expected to play an increasingly important role in the global energy mix as countries strive to reduce carbon emissions and achieve energy independence.
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Summary
風力発電 (fūryoku hatsuden) refers to the process and technology of generating electricity using wind turbines, a crucial element of renewable energy and environmental sustainability efforts.
- Wind power generation (風力発電) is electricity made using wind turbines.
- It converts wind's kinetic energy into electrical energy.
- It's a key renewable energy source for a cleaner environment.
- Focuses on turbines capturing wind to generate power.
Break it Down
Remember the meaning of each kanji: 風 (wind), 力 (power), 発電 (electricity generation). Visualizing these components helps anchor the meaning of the entire word.
Context is Key
Pay attention to the context in which 風力発電 is used. Is it about policy, technology, environmental impact, or economic feasibility? This will help you understand the specific nuance.
Practice Speaking
Practice saying 'fūryoku hatsuden' aloud. Focus on clear pronunciation of each syllable and stress the first syllable of each component (FU-ryoku HA-tsu-den).
Visual Association
Imagine large wind turbines spinning vigorously. Connect this powerful visual with the sound of the word 'fūryoku hatsuden' to create a strong memory link.
Example
風力発電はクリーンなエネルギー源として注目されている。
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