Revolutionizing Energy: NoviOcean Co-Locations with Wind Power

Maximizing Efficiency, Minimizing Objections – Doubling Output, Reducing Emissions, and Transforming the Future of Sustainable Energy

Sea Area Utilisation

Research has demonstrated that co-locating wave and wind energy will deliver a saving of 12% in the Levelized Cost of Energy for both projects. *WES_LS09_ER_Wave_Wind_Sharing

10 MW Wind Turbine

• 34 000 MWh / Year

• Often objections if close to land

15 MW NoviOcean

Wave/Wind Direction

24/7 stable delivery

• 52 000 MWh / Year

• 34 000 ton CO2 emissions avoided

• LCA = 17 kg CO2 eq. / MWh

• Close to land; no objections

24 MW Co-located

Wave/Wind Direction

24/7 stable delivery

• 86 000 MWh / Year

• Shared infrastructure costs, often 1/3 of CAPEX

• 3 000 sq. km. co-locations possible at present =102 000 000 tons CO2 avoided!

NoviOcean Value Add

Project option 1

Ireland: Inis Ealga

Status : Planned
Owner : Various
Nominal Rated Power : 1 000 MW
Location : N51.61 W7.59
Depth : 77 meters

Output Power Per km2 : 15 MW
(1 MW rated x 15 units per square km)


1.5 x (times) more than only Wind Power


2.5 x in combination of Wind and NoviOcean

* Capacity Factor at 44% : 55 000 MWh / Year
(55% Wave, 25% Wind, 9% Solar) => 6.5 MW average output


✓  More than doubling the output per square kilometre


✓ Same lease and main infrastructure / half the relative cost per MWh delivered

Details for calculations
Mean Wind Speed (m/s) at 10 meters above sea: 7.81 m/sec
Mean Wave Energy kW/m:  27 kW/m

Project option 2

San Borondón, Canary Island, Spain

Status : Planned
Owner : Various
Nominal Rated Power : 238 MW
Location :  N27.84 W15.34
Depth : 45 meters

* Output Power Per km2 : 15 MW
(1 MW rated x 15 units per square km)

 

1.5 x (times) more than only Wind Power

2.5 x in combination of Wind and NoviOcean

* Capacity Factor at 40% : 50 400 MWh / Year
(45% Wave, 33% Wind, 22% Solar) => 6.1 MW average output

 

✓  More than doubling the output per square kilometre

 

✓ If combined with offshore floating wind; same lease and main infrastructure /
half the relative cost per MWh delivered

If given 32 square km of offshore area, we alone can substitute all use of fossils on the island, 450 units

Details for calculations
Mean Wind Speed (m/s) at 10 meters above sea: 8.15 m/sec
Mean Wave Energy kW/m:  16 kW/m

Project option 3

Spain: San Brandan

Status : Planned
Owner : Various
Nominal Rated Power : 490 MW
Location :  N43.95 W7.99
Depth : 162 meters

* Output Power Per km2 : 15 MW
(1 MW rated x 15 units per square km)

 

✓ 1.5 x (times) more than only Wind Power

✓  2.5 x in combination of Wind and NoviOcean

* Capacity Factor at 50% : 63 000 MWh / Year
(65% Wave, 25% Wind, 17% Solar) =>7.5 MW average output

 

✓  More than doubling the output per square kilometre

 

✓  Same lease and main infrastructure / half the relative cost per MWh delivered

Details for calculations
Mean Wind Speed (m/s) at 10 meters above sea: 7.49 m/sec
Mean Wave Energy kW/m: 60 kW/m

Project option 4

Norway: MET Centre Karmoy Floating

Status : Planned
Owner : Various
Nominal Rated Power : 10  MW
Location :   N59.156 E5.078
Depth : 165 meters

* Output Power Per km2 : 15 MW
(1 MW rated x 15 units per square km)

 

✓ 1.5 x (times) more than only Wind Power

✓  2.5 x in combination of Wind and NoviOcean

* Capacity Factor at 50% : 63 000 MWh / Year
(45% Wave, 45% Wind, 9% Solar) =>6.48 MW average output

 

✓  More than doubling the output per square kilometre

 

✓  Same lease and main infrastructure / half the relative cost per MWh delivered

Details for calculations
Mean Wind Speed (m/s) at 10 meters above sea: 9.45 m/sec
Mean Wave Energy kW/m: 25 kW/m

Project option 5

USA: Revolution Wind 2

Status : Planned
Owner : Various
Nominal Rated Power : 884  MW
Location :   : N40.97 W70.79
Depth : 50 meters

* Output Power Per km2 : 15 MW
(1 MW rated x 15 units per square km)

 

✓ 1.5 x (times) more than only Wind Power

✓  2.5 x in combination of Wind and NoviOcean

* Capacity Factor at 35% : 44 100 MWh / Year
(39% Wave, 30% Wind, 16% Solar) =>5.25 MW average output

 

✓  More than doubling the output per square kilometre

 

✓  Same lease and main infrastructure / half the relative cost per MWh delivered

Details for calculations
Mean Wind Speed (m/s) at 10 meters above sea: 7.5 m/sec
Mean Wave Energy kW/m: 20 kW/m

Project option 6

Germany N-12.2

Status : Planned
Owner : Various
Nominal Rated Power : 2 000  MW
Location :   :  N54.87 E6.12
Depth : 39 meters

* Output Power Per km2 : 15 MW
(1 MW rated x 15 units per square km)

 

✓ 1.5 x (times) more than only Wind Power

✓  2.5 x in combination of Wind and NoviOcean

* Capacity Factor at 34% : 44 700 MWh / Year
(45% Wave, 25% Wind, 11% Solar) =>5.2 MW average output

 

✓  More than doubling the output per square kilometre

 

✓  Same lease and main infrastructure / half the relative cost per MWh delivered

Details for calculations
Mean Wind Speed (m/s) at 10 meters above sea: 7.91m/sec
Mean Wave Energy kW/m: 19 kW/m

Project option 7

Moneypoint Offshore Two, Ireland West Coast

Status : Planned
Owner : Various
Nominal Rated Power : 500 – 4000 MW
Location : 52°30’00.0″N 10°34’48.0″W
Depth : 77 meters

Output Power Per km2 : 15 MW
(1 MW rated x 15 units per square km)


1.5 x (times) more than only Wind Power


2.5 x in combination of Wind and NoviOcean

* Capacity Factor at 67% : 84 000 MWh / Year
(61% Wave, 80% Wind, 9% Solar) => 10.05 MW average output

✓  More than doubling the output per square kilometer

✓ Same lease and main infrastructure / half the relative cost per MWh delivered

Details for calculations
Mean Wind Speed (m/s) at 10 meters above sea: 10.47 m/sec
Mean Wave Energy kW/m:  41 kW/m

Project option 8

Taiwan: Greater Changhua 1 - South East

Status : Planned
Owner : Various
Nominal Rated Power : 605,2  MW

Location : N24.15  E119.95

Depth : 40 meters

Output Power Per km2 : 15 MW
(1 MW rated x 15 units per square km)


1.5 x (times) more than only Wind Power


2.5 x in combination of Wind and NoviOcean

* Capacity Factor at 46% : 58 000 MWh / Year
(36% Wave, 75% Wind, 20% Solar) => 6.9 MW average output

✓  More than doubling the output per square kilometer

✓ Same lease and main infrastructure / half the relative cost per MWh delivered

Details for calculations
Mean Wind Speed (m/s) at 10 meters above sea: 8.53 m/sec
Mean Wave Energy kW/m:  18 kW/m

NoviOcean

Advantages

Wave Energy

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1 MW Hybrid Solution
650 kW Wave, 300 kW Wind, 50 kW Solar.
(40% capacity Factor | 3.5 GWh /unit/year)

Lighter, low LCOE, more powerful – the future of clean, efficient energy

Wave energy: 5x denser than wind, 10x solar, available 24/7, highly predictable.

Since 2016, pioneering simplicity, efficiency, and sustainability in cleantech

By 2030, 0.5 GW contracted, and by 2050, 10 GW, reflecting our ambition to campture 25% of the EU’s 2050 target, worth  E 30 billion in Europe alone. The global market is six times larger  

Structured path: Full-scale prototype 2022, commercial phase by 2029. Cost-efficient tech, global partners, and a sustainable future. Let’s connect!