NoviOcean Medi Wave 850H hybrid platform at sea, dark solar deck, yellow wave floats along the waterline and white vertical-axis wind turbines

NoviOcean AB · Sweden

Medi Wave 850H. Stable energy from the ocean.

One floating platform combining wave, wind and solar power — steadier output, shared offshore infrastructure and more energy from the same sea area.

WaveWindSolar

For illustration only — the actual design is shared in closer dialogues.

Why NoviOcean

More balanced power,
from one shared structure.

The sun sets and the wind drops, but the grid still has to be supplied. Covering those gaps with extra capacity and storage is what makes reliable clean power expensive — so NoviOcean narrows the gaps before storage has to.

01

More balanced production

Waves keep rolling after the wind fades and the sun sets, so output steadies and the shortfall periods shrink.

02

Shared offshore infrastructure

One platform, one mooring, one export cable, one permit, one installation instead of three separate projects.

03

Higher energy per sea area

More delivered energy from the same square kilometre of increasingly contested sea.

the energy of offshore wind
from the same sea area modeled

Six Global Innovation Competitions Wins

Startup 4 Climate Winner 2023 award badge, won by NoviOcean
Shenzhen Innovation and Entrepreneurship International Competition emblem, won by NoviOcean
Guldstänk Innovator of the Year award logo, won by NoviOcean
Stena Line Propeller Prize 2021 award logo, won by NoviOcean
Mission Innovation Champion award logo, awarded to NoviOcean
European Commission Seal of Excellence awarded to NoviOcean

Integrated ecosystem

A new integration of established technologies
and NoviOcean’s proprietary wave system.

NoviOcean is a systems integrator. The solar and wind hardware comes from specialist partners whose technology is already established; the wave system, and the integration of all three at sea, is ours.

Midsummer CIGS solar

TRL 9

Commercially established technology; approximately TRL 9.

partner-reported

Wind Harvest VAWT

TRL 7 → 8

Substantial full-scale development; approximately TRL 7 completed and progressing toward TRL 8 and certification.

partner-reported

Floating steel structure

Established methods

Conventional welded-steel shipyard engineering and established marine construction methods. The final integrated NoviOcean structure still has to be validated in its own right.

management estimate

NoviOcean wave system

TRL 6 → 7

Presently TRL 6 and progressing toward TRL 7; based primarily on established hydropower and industrial components and principles used for more than a century.

management estimate
Where the 850 kW comes from — and where the energy comes from
Medi Wave 850H rated-capacity split and modelled annual production ~65% of rated capacity from established specialist technologies RATED CAPACITY · NAMEPLATE Wind · Wind Harvest 350 kW · 41% Solar · Midsummer 200 kW · 24% Wave · NoviOcean 300 kW · 35% 850 kW MODELLED ANNUAL PRODUCTION Wind + solar ≈ 55% of annual production Wave ≈ 45% 100%

modeled — applies to annual production. Rated capacity is the installed nameplate; annual production is modelled and site-dependent. Marine integration and final configuration still require engineering and validation.

Priority applications

Where local ocean energy
changes the maths first.

Four markets where power is expensive, land is scarce and supply has to be dependable. Each one starts from the customer’s problem, not from the technology.

NoviOcean has approximately twelve credible applications. management estimate See the full opportunity set

Interactive simulator

See what an array
could do for your site.

Choose a market, set how many Medi Wave 850H units you would put in the water, and the simulator builds an illustrative array scenario — indicative annual production, how much of a typical demand profile it could cover, emissions reduction, diesel displacement and the potential saving against local energy costs.

What the simulator gives back

Annual production Representative modeled output for the array, in MWh per year.
Demand coverage The share of an illustrative default demand profile the array could meet.
Emissions reduction Tonnes of CO₂e avoided each year against the displaced supply.
Diesel displacement Litres of diesel the scenario removes, and the saving that follows.
Open the Simulator

modeled Illustrative scenario based on representative assumptions — contact NoviOcean for a site-specific assessment.

Proof and progress

Ten years of development, testing and offshore validation.

Concept, tank testing, power take-off validation and fourteen months of offshore operation — each stage completed before the next one started. This is the short version; the complete evidence journey lives on the Validation page.

The NoviOcean team in the water around an early yellow wave energy float in the Swedish archipelago Completed
Stage 1

Concept Validation

2016–2019 TRL 1–3 measured

Concept development and numerical validation.

NoviOcean scale prototype under instrumented testing in a wave tank, hydraulic power take-off visible Completed
Stage 2

1:6 Scale Prototype

2019–2021 TRL 4–5 measured

Tank testing and PTO validation.

NoviOcean 1:5 NO2+ hybrid prototype floating offshore at Svanholmen in the Stockholm archipelago Completed
Stage 3

1:5 NO2+ Hybrid (Wave + Solar)

2022–2025 TRL 6 measured

Offshore testing at Svanholmen — 14 months of operation.

Engineering visualisation of the NoviOcean NO3 triple-hybrid demonstrator with wave floats, vertical-axis wind turbines and a solar deck Current
Stage 4

NO3 Triple Hybrid (Wave + Wind + Solar)

2026 TRL 6–7 management estimate

Triple-hybrid demonstrator — hydrodynamic, structural and mooring validation.

NoviOcean Medi Wave 850H hybrid platform at sea, the configuration planned for the first full-scale customer pilot Next
Stage 5

Full Scale Pilot (Utility Partner)

2027–2028 TRL 7–8 projected

First customer pilot — integrated offshore performance validation.

Array of NoviOcean hybrid wave, wind and solar platforms off a coastline, a commercial ocean energy farm Planned
Stage 6

Hybrid Ocean Energy Farms

2029+ TRL 9 projected

Commercial arrays and large-scale deployment.

Swipe or drag the timeline sideways to see all six stages.

NO3, in the water in 2026, is the triple-hybrid demonstrator for hydrodynamic, structural and mooring validation, correlated against the simulation model. The full-scale Medi Wave pilot is the next major phase.

See the full evidence journey