Tidal-Energy-Powering-the-Future-of-Renewable-Energy

1.

Tidal E nergy: P owering the
F uture of R enewable
E nergy
Harnessing the predictable power of the ocean's tides to generate clean,
sustainable electricity for a low-carbon future.

2.

The R is ing Tide of Tidal E nergy
127
$1B
$20B
GWh Generated
Market Value 2023
P rojec ted by 2032
Global tidal energy generation in 2022,
Combined wave and tidal energy
Expected market growth driven by
marking a shift from pilot projects to
market valuation
clean energy demand
commercial-scale production
Market growth is fuelled by increasing demand for clean, reliable energy sources and rapid technological advances in turbine
design and marine engineering. Tidal power offers a predictable alternative to intermittent renewable sources.

3.

Market Growth & Forecasts
Regional Market Leaders
45.2%
Asia-Pacific
38.9%
Europe
The tidal energy market demonstrates remarkable growth with a CAGR of 41.2% through
2031, transitioning from experimental installations to commercial viability.

4.

How Tidal Energy Works:
Harnessing Ocean Power
Tidal Barrages
Tidal Turbines
Dam-like structures controlling tidal
Underwater rotors similar to wind
basins to generate electricity on both
turbines, but water's density enables
incoming and outgoing tides
higher energy capture
Tidal Fences
Rows of vertical-axis turbines installed on the seabed across channels
Key Advantage: Tidal energy offers predictable, emissions-free, and continuous power
generation unlike intermittent solar or wind sources. The ocean's tides follow reliable
lunar cycles, making output forecasting highly accurate.

5.

Major Global Tidal Energy Projects
Sihwa Lake, South Korea
La Rance, France
MeyGen, Scotland
World's largest at 254 MW capacity,
Oldest commercial facility and second
6 MW currently operational with
generating approximately 552 GWh
largest at 240 MW, operational since
ambitious plans to expand to 398 MW
annually since 2011
1966
capacity
These pioneering installations demonstrate tidal energy's transition from concept to commercial reality, paving the way for
next-generation projects worldwide.

6.

Tidal E nergy Applications
Grid E lectricity Generation
Primary application feeding national and regional electricity grids
with reliable baseload power
Des alination S ys tems
Emerging application powering water treatment facilities in coastal
regions
R emote Power S upply
Providing sustainable energy to isolated coastal communities and
islands
Hybrid E nergy S ys tems
Complementing wind and solar by filling gaps with predictable,
reliable power generation

7.

Tidal E nergy in R us s ia: S mall but S trategic
K is laya Guba S tation
Russia's pioneering facility with 1.7 MW capacity in the Barents Sea
Market Valuation
Russian tidal energy market valued at approximately USD 72.7 million in 2025
Untapped Potential
Vast Arctic and Far East coastlines offer high tidal ranges but face infrastructure
challenges
Despite extensive coastlines, tidal energy remains niche in Russia due to abundant fossil
fuel reserves and extreme operating conditions. However, strategic potential exists for
future development.

8.

Challenges and E nvironmental
Cons iderations
High Capital Cos ts
Substantial upfront investment required for complex marine engineering and construction in
challenging underwater environments
E cos ys tem Impacts
Potential effects on estuary ecosystems, fish migration patterns, and sediment transport requiring
careful assessment
Marine Maintenance
Harsh saltwater conditions, biofouling, and limited access windows create ongoing operational
challenges
Navigation Concerns
Infrastructure may affect shipping routes and traditional fishing areas in busy coastal waters
Ongoing research and improved environmental monitoring aim to reduce costs and mitigate ecological
effects whilst maximising energy output.

9.

The Future of Tidal Energy
Technological Innovation
Hybrid Integration
Next-generation turbines with improved durability,
Combining tidal arrays with offshore wind farms and
efficiency, and reduced maintenance requirements
energy storage for optimised renewable systems
1
2
3
4
Investment Growth
Market Expansion
Increasing government funding and private capital
Expected CAGR of 7.6% from 2025 to 2034 with
flowing into research and commercial projects
expanding global capacity and new projects

10.

Conclus ion: R iding the Wave to a
S us tainable E nergy F uture
Clean & Predictable
Tidal energy offers emissions-free power with unmatched reliability based on lunar cycles
Market Momentum
Growing market valuation and expanding projects signal rising global adoption and confidence
S trategic Potential
Emerging markets like Russia hold untapped opportunities despite current challenges
Inves tment Imperative
Investing in tidal power means investing in a resilient, low-carbon energy future
As technology advances and costs decline, tidal energy will play an increasingly vital role in the
global transition to sustainable power generation, complementing other renewables to create a
diverse, secure energy portfolio.