wave power

B2-C1
UK/ˈweɪv ˌpaʊə/US/ˈweɪv ˌpaʊər/

Technical / Academic / Environmental Policy

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Definition

Meaning

Electrical power generated by harnessing the energy from ocean waves.

A form of renewable energy technology that captures the kinetic energy of ocean surface waves and converts it to electricity.

Linguistics

Semantic Notes

Primarily an uncountable noun phrase referring to the concept/technology; can be used attributively (e.g., 'wave power station'). Less common than 'solar' or 'wind' power in general discourse.

Dialectal Variation

British vs American Usage

Differences

No significant difference in meaning. The term is equally technical in both varieties. The UK, with its long coastline, has more prominent commercial and research projects, making the term slightly more frequent in UK environmental policy and news.

Connotations

Connotes clean, renewable energy, marine technology, and often futuristic or niche energy solutions. May imply challenges of reliability and infrastructure.

Frequency

Low frequency in everyday conversation; moderate in environmental science, engineering, and policy contexts.

Vocabulary

Collocations

strong
harness wave powergenerate wave powerwave power technologywave power stationwave power generatorcommercial wave power
medium
develop wave powerinvest in wave powerwave power projectwave power capacityfeasibility of wave power
weak
renewable wave powerpotential of wave powerfuture of wave poweruse wave power

Grammar

Valency Patterns

[Nation/Company] + harnesses/generates/develops + wave powerWave power + provides/supplies + [amount] + of electricityThe potential/feasibility of wave power + is + [assessed]

Vocabulary

Synonyms

Neutral

ocean wave energymarine energy (broader term)sea wave energy

Weak

blue energy (poetic/rare)

Vocabulary

Antonyms

fossil fuel powernon-renewable energy

Usage

Context Usage

Business

Referring to investment opportunities, project viability, and market potential in the renewable energy sector.

Academic

Used in engineering, environmental science, and physics papers discussing energy conversion, efficiency, and sustainable resources.

Everyday

Rare. Might appear in news reports about renewable energy or documentaries about future technologies.

Technical

Precise term for the energy extraction method, involving specifics like oscillating water columns, point absorbers, or overtopping devices.

Examples

By Part of Speech

adjective

British English

  • The wave-power industry is seeking further government subsidies.
  • They conducted a wave-power feasibility study along the Cornish coast.

American English

  • The wave-power sector faces significant technological hurdles.
  • A new wave-power research initiative was launched in Oregon.

Examples

By CEFR Level

B1
  • Some countries use wave power to make electricity.
  • Wave power is a type of clean energy from the sea.
B2
  • The government is investing in wave power as part of its renewable energy strategy.
  • While promising, wave power technology must overcome challenges related to storm durability and cost.

Learning

Memory Aids

Mnemonic

Imagine a powerful WAVE at the beach lifting a turbine to generate POWER.

Conceptual Metaphor

THE OCEAN IS A BATTERY / NATURAL FORCES ARE A SOURCE OF UTILITY.

Watch out

Common Pitfalls

Translation Traps (for Russian speakers)

  • False friend: 'волновая мощность' is a direct calque but is not the standard term. The correct translation is 'энергия волн' or 'волновая энергия'. 'Мощность' relates more to 'capacity' or 'output power'.

Common Mistakes

  • Using as a countable noun (*'a wave power').
  • Confusing with 'tidal power' (which uses tidal currents, not surface waves).
  • Misspelling as 'wavepower' (should be two words or hyphenated as a compound modifier: 'wave-power device').

Practice

Quiz

Fill in the gap
Scotland is a world leader in developing technologies to harness from its rugged coastline.
Multiple Choice

What is the primary distinction between 'wave power' and 'tidal power'?

FAQ

Frequently Asked Questions

No. Wave power specifically converts the energy of wind-driven surface waves. Tidal energy harnesses the kinetic or potential energy from the predictable rise and fall of tides caused by gravitational forces.

It is a predictable and abundant renewable resource with high energy density, especially in coastal regions. It produces no greenhouse gas emissions during operation.

High costs for installation and maintenance, technological reliability in harsh marine environments, potential environmental impacts on marine ecosystems, and the challenge of transmitting electricity to shore.

At a commercial scale, it is still limited. Pilot projects and small-scale installations exist in places like the United Kingdom (Scotland, Orkney), Portugal, Australia, and the United States (Hawaii, Oregon).