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NoviOcean - Hybrid Ocean Energy

NoviOcean: Revolutionizing Global Energy with Patented Hybrid Ocean Power.

We harness the relentless combined forces of Waves, Wind, and Solar to deliver unparalleled efficiency, 24/7 reliable clean electricity, and a significantly more cost-effective path to a sustainable future.

The world demands cleaner, more dependable energy solutions. NoviOcean answers that call with groundbreaking hybrid converters that outperform existing technologies, unlocking the vast, untapped potential of our oceans. Our mission is to make sustainable ocean energy economically compelling and globally accessible.

Discover Our Breakthrough Technology Explore Investment & Partnership

Validated by 14 Months of Offshore Testing | Patented in 20 Countries | Five-Time Global Innovation Award Winner

Our Technology in Action

Gallery Image 1 - NoviOcean Hybrid System

Our Flagship Solutions: Engineered for Global Impact.

NoviOcean has developed two distinct, yet complementary, hybrid solutions to maximize energy capture across diverse oceanic conditions.

Alta Wave 1000H: Dominating High-Energy Seas

The Alta Wave 1000H is our premier 1 Megawatt (MW) hybrid converter, specifically engineered to thrive in large and medium wave climates. Its robust design efficiently captures significant wave energy, complemented by substantial wind and solar contributions, making it capable of powering over 1,050 households per unit annually.

3,500 MWh/unit (1050 households) - 3-40x better
31 kW Output/Mn EUR Invested (@TRL 7) - 5-50x better
24/7: 16 kW Output/Valuation - 4-40x better
CAPEX < €3.6M (initial unit)
CAPEX < €2M (after 100 units)

Alta Wave 1000H Energy Output:

Wave (650 kW)

Wind (300 kW)

Solar (50 kW)

Total (1000 kW)

Explore Alta Wave 1000H

Medi Wave 800H: Unlocking Energy in Diverse Coastal Waters

The Medi Wave 800H extends our revolutionary hybrid technology to medium and small wave environments, typically found along 40% of the world's coastlines. "Powering 40% of the World's Coastlines with Revolutionary Hybrid Technology." Its innovative triangular floating structure (60x30m, only 150 tonnes) efficiently harnesses gentler waves, robustly captures wind with vertical axis turbines, and maximizes solar intake, delivering over 800 kW.

Unit Consists Of: Triangular Floating Structure (60x30m, 150t), 14 Floats (300kW wave), 7 Vertical Axis Wind Turbines (350kW), 1000sqm Solar (225kW, expandable to 450kW).

Medi Wave 800H Energy Output:

Wave (300 kW)

Wind (350 kW)

Solar (225 kW)

Total (800+ kW)

Due to confidentiality and patents not fully investigated, we cannot show all details here. More can be revealed after a signed NDA.

More info about Medi 800H

NoviOcean: Revolutionizing Offshore Energy

Powering Norway's Renewable Offshore Future.

Current offshore operations (aquaculture, O&G) rely on costly, less sustainable power.

NoviOcean's Solution: Our Triple-Hybrid (Wave, Wind, Solar) Energy Converter thrives in deep waters. It uses a Pelton turbine (like Norwegian Hydropower) for clean wave energy.

Key Benefits:

Reduced battery need
Higher energy density (3-6x wind)
Less sea area used
850 kW electricity + 70,000L water
Up to 50% lower costs (CAPEX & LCOE)

Partner with Us:

Seeking launch pilots & partners in aquaculture, offshore infrastructure, O&G, and utilities. NoviOcean could be “THE SOLUTION” for future offshore energy. The global potential is vast.

Comparison of LCOE and Storage Costs Across Energy Sources

Five Global Innovation Competitions. Five Wins.

EUR 90 000 Prize Money

The Swedish final of The 8th China (Shenzhen) Innovation & Entrepreneurship International Competition

GULDSTÄNK Innovator of the year

EUR 10 000 Prize Money
(Stena Line Propeller Prize)

MISSION INNOVATION CHAMPION

SEAL OF EXCELLENCE

Multi-Purpose Energy Delivery

Electricity Production

Converting produced energy into electricity through an ultra-efficient system. Delivering stable and predictable power output by combining with solar and wind, ensuring cost-effective renewable energy. Adding tidal energy in relevant locations.

Hydrogen Production

Enabling offshore electrolysis to produce green hydrogen at sea—reducing fossil fuel dependence and supporting a sustainable energy transition for industry and transport. (For future deployments)

Desalination Production

By utilizing the high-pressure flow from the wave energy converter system directly, desalinated water is efficiently produced onboard through reverse osmosis, making the conversion exceptionally cost-and energy-efficient.

Battery Storage

Storing electricity in integrated or external battery systems, providing the needed energy supply exactly when needed, also supporting grid resilience.

The NoviOcean System: Cost-Efficient & Flexible Power

A unique system combining 4 different functions to generate power and/or clean water, making it the most cost-efficient and flexible solution.

🌊

Wave Power

One of the most efficient wave power solutions available, using known technologies and components, making it extremely cost efficient and robust compared to competitors.

💨

Wind Power

Using the float as holder of wind turbines, and the shape of the float to increase the efficiency of the turbines, making it an efficient, cost-optimized and robust additional energy source.

☀️

Solar Power

Using the float as holder of also PV panels, complements in areas with good sun intensity. This add-on ensures that NoviOcean always produces energy, even in rare low wave/wind conditions.

🌀

Tidal Power (Future)

Using the float as holder of submerged tidal turbines, leveraging the predictable energy of tidal currents to generate more electricity efficiently. (In some locations, and for future deployments)

Eight Sectors for NoviOcean Technology

Short-Term

Ports & Harbors Offshore Oil Rigs Desalination Remote Islands

Long-Term

Remote Coastal Regions Offshore Wind Farms Larger Coastlines Hydrogen Production

Eliminating 1,000,000 liters of diesel consumption per unit / 2,700 tons of CO2e annually
Electricity production of 2,500 MWh / Year, or desalination of 70-100,000 liters of water / hour
2-3 times higher output per sea area than offshore wind, 4 times more through co-location

Journey So Far - Validation of Functionality & Technology

Alta Wave 1000H Timeline

Stage 1 (TRL 1-3): Concept Validation (2016-2018) - COMPLETED

Stage 2 (TRL 4-5): 1:6 Scale Prototype (2019-2021) - COMPLETED

Stage 3 (TRL 6): 1:5 Scale Prototype (2022-2024) - COMPLETED

Stage 4 (TRL 7): 1:1 Scale Pilot (2025-2027) - 4M€

Stage 5 (TRL 8): Pre-commercial Array (2028-2030)

Stage 6 (TRL 9): Commercial Deployment (2031+)

Medi Wave 800H Timeline

Stage 4 (TRL 7): 1:1 Scale Pilot (2025-2026) - 5M€

Stage 5 (TRL 8): Pre-commercial Array (2027-2028) - 5M€

Stage 6 (TRL 9): Commercial Deployment (2029+)

Key Validations:

Prototype connected to a local grid powering a small island
24 Months in Test Rig at Royal School of Technology (KTH)
6 Weeks of Wave Tank Testing (UK and France)
14 Months testing in Actual Offshore Conditions

Key Achievements:

Third Party Simulations validates the performance
52 approved patents, three families, 20 countries
Design of Full-Scale Unit well underway

Ocean Energy Market to Grow to €53bn per Year by 2050

Total Adressable Market

Serviceable Addressable Market

Serviceable Obtainable Market

Early addressable market 2030

50 GW : €120 Billion Contracted by 2030

20 GW : €50 Billion Contracted by 2030

500 MW : €1.2 Billion Contracted by 2030

Total market 2050

350 GW : €1.225 Trillion Deployed Ocean Energy in 2050 Global
IRENA (International Renewable Energy Agency)

40 GW : €140 Billion Deployed By 2050 in Europe
Target by European Commission FF55

250 GW : €875 Billion World Wide 2050

40 GW : €100 Billion Deployed By 2050
25% of European Market 10% of Outside Europe

Note: As an example, the Canary Islands alone will need 1,700 units to reach 92% renewables by 2040, representing €3.4 billion at half the cost of floating wind. Adding the Arabian Sea, Indian Ocean, and Philippine Sea increases demand by 20,000 units, worth €40 billion, with even larger potential across Europe, the Americas, and global islands.

Our Business Case: Scaling-Up to Capture the Full Potential

Today

Build 1:1 scale proof of concept, project initiation

~1 M€ rev.

-% gross profit

-% EBITDA

~10 empl.

2027-29

Commercialization and ramp-up

Start of larger scale production/partner structure

~20-30 M€ revenue

40% gross profit

~10% EBITDA

~50 employees

2030 =>

Next generation systems and scale up globally

Fully expanded core business in NA, EMEA and China/Japan/Korea

New projects and ramp-up of other global regions such as South America, Africa and SEA/Oceania

~200 M€ revenue

45% gross profit

~15% EBITDA

~1,000 employees

Expanding business areas:

Desalination
Floating wave and wind "only"
Floating wave and tidal "Only"
Floating wave and solar "Only"
Islands, coastlines, factories, hotels
Licensing model
Partnering structure

"Our core mission is to make the economic case for sustainable ocean energy undeniable. We are developing solutions so efficient and profitable that their rapid, large-scale deployment becomes a self-driving force for global decarbonization. We invite visionary investors and partners to join us on this transformative journey."

- Jan Skjoldhammer, CEO, Founder & Inventor

Podcasts - Interviews - News

Going Green Media Visits NoviOcean in Sweden

🌊 NoviOcean Wins First Prize at Global Innovation Competition!

Revolutionizing Offshore Renewable Energy

Q&A with the Founder of NoviOcean | Green Tech Media

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