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Marine Energy - United States

United States
  • In the United States, electricity generation in the Marine Energy market is projected to amount to 11.32k kWh in 2025.
  • An annual growth rate of 1.43% is expected during the period from 2025 to 2029 (CAGR 2025-2029).
  • The United States is increasingly prioritizing marine energy development, recognizing its potential to diversify the energy portfolio and enhance sustainability initiatives.

The marine energy market involves the generation of electricity from the movement of ocean waves, tides, and currents. This technology is still in its early stages of development.The market is driven by the potential for a large and predictable source of renewable energy, as well as increasing demand for clean energy sources to address climate change. However, high costs and technical challenges remain significant barriers to the widespread adoption of marine energy.

In-Scope
  • Wave energy
  • Tidal energy
  • Ocean thermal energy conversion
  • Ocean thermal energy
  • Salinity gradient power
Out-Of-Scope
  • Offshore wind turbines
  • Marine biomass energy
  • Vortex-induced vibrations
  • Oscillating water columns
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Study Details

    Production

    Notes: Data was converted from local currencies using average exchange rates of the respective year.

    Most recent update:

    Source: Statista Market Insights

    Analyst Opinion

    The Marine Energy market in the United States has seen negligible growth, influenced by high initial costs, limited infrastructure development, and competition from more established renewable sources. These factors hinder widespread adoption and investment in marine technologies.

    Customer preferences:
    Consumers are gradually shifting towards sustainable energy solutions, reflecting a heightened awareness of environmental issues and the impact of climate change. This trend is fostering interest in marine energy technologies, particularly among younger demographics who prioritize eco-friendly options. Additionally, coastal communities are advocating for localized energy sources, which has spurred interest in ocean-based energy projects. As lifestyles evolve towards sustainability, consumers are increasingly supporting innovations in renewable energy, including marine energy, as a viable alternative to traditional sources.

    Trends in the market:
    In the United States, the Marine Energy market is experiencing a surge in interest as advancements in wave and tidal energy technologies gain momentum. Coastal states are increasingly investing in pilot projects, demonstrating the viability of harnessing ocean resources for clean energy. Globally, nations are exploring partnerships to share best practices and technological innovations in marine energy. Moreover, environmental policies are prioritizing ocean-based renewable sources, influencing industry stakeholders to enhance research and development efforts, ultimately shaping a more sustainable energy landscape.

    Local special circumstances:
    In the United States, the Marine Energy market is being shaped by the country's extensive coastline and diverse oceanographic conditions, allowing for varied wave and tidal energy projects. Coastal states, such as California and Oregon, are motivated by cultural values emphasizing sustainability and environmental stewardship. Additionally, regulatory frameworks, including federal incentives and state-level renewable energy mandates, are encouraging investments in marine energy technologies. These local factors foster innovation and collaboration, positioning the U.S. as a leader in the marine energy sector.

    Underlying macroeconomic factors:
    The Marine Energy market in the United States is significantly influenced by macroeconomic factors such as technological innovation, investment trends, and government policies aimed at promoting renewable energy. National economic health, characterized by GDP growth and employment rates, affects funding availability for marine energy projects. Additionally, federal and state fiscal policies, including tax incentives and grants for renewable energy, play a crucial role in attracting investments. Global trends like the push for decarbonization and climate change initiatives further enhance the market's attractiveness, driving collaboration between private and public sectors to advance marine energy technologies and infrastructure.

    Global Comparison

    Most recent update:

    Source: Statista Market Insights

    Methodology

    Data coverage:

    The data encompasses B2B enterprises. Figures are based on the value of electricity production in the energy market.

    Modeling approach:

    Market sizes are determined through a bottom-up approach, building on specific predefined factors for each market segment. As a basis for evaluating markets, we use resources from the Statista platform as well as annual reports of the market-leading companies and industry associations, third-party studies and reports, national statistical offices, international institutions, and the experience of our analysts.

    Forecasts:

    In our forecasts, we apply diverse forecasting techniques. The selection of forecasting techniques is based on the behavior of the relevant market. For example, the S-curve function and exponential trend smoothing are well suited for forecasting electricity generation due to the non-linear growth of this market, especially because of the direct impact of climate change on the market.

    Additional notes:

    The impact of the COVID-19 pandemic and the Russia-Ukraine war are considered at a country-specific level. The market is updated twice a year.

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    Key Market Indicators

    Notes: Based on data from IMF, World Bank, UN and Eurostat

    Most recent update:

    Source: Statista Market Insights

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    Global marine power - Statistics & facts

    Marine energy refers to the power that arises from the motion of ocean waves and tides as well as ocean salinity and temperature differences. There are multiple types of marine energy, each at various stages of research, development, and deployment. Wave energy can be captured from different locations in the ocean (offshore, near shore, and shore) and is derived from the energy of wind blowing over water to create waves. Global marine energy capacity stood at 532 megawatts in 2018. Roughly half of these projects are located in Europe.
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