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**

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

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**

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

** for calculations**

Mean Wind Speed (m/s) at 10 meters above sea: **7.49 m/sec**

Mean Wave Energy kW/m:** **60 kW/m

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

** for calculations**

Mean Wind Speed (m/s) at 10 meters above sea: **9.45 m/sec**

Mean Wave Energy kW/m:** 25 kW/m**

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

** for calculations**

Mean Wind Speed (m/s) at 10 meters above sea: **7.5 m/sec**

Mean Wave Energy kW/m:** 20 kW/m**

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

** for calculations**

Mean Wind Speed (m/s) at 10 meters above sea: **7.91m/sec**

Mean Wave Energy kW/m:** 19 kW/m**

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

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

**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!**

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NoviOcean’s patented innovations and efficient components create a resilient, high-power-density Ocean Energy Converter. With streamlined processes for manufacturing, installation, and maintenance, NoviOcean offers lower costs and competitive LCOE values, challenging existing ocean energy solutions and fossil fuels.

- Phone: +46(0)73 394 84 17
- e-mail : info@noviocean.energy
- Address: Novige AB Lövängsvägen 91, 187 30 Täby, Stockholm Sweden