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Array of NoviOcean hybrid energy platforms off a coastline, with yellow floats, solar decks and white vertical-axis wind turbines

Simulation

See what an array would do for your site.

Choose your sector, size the array, and watch the energy, emissions and cost picture build in front of you. Every assumption behind the model is listed on the page.

Open the simulator Talk to us about a site

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

Interactive scenario tool

Build an array. See the impact.

Pick the sector you operate in, choose how many Medi Wave 850H units you would deploy, and the console models the energy, emissions and cost effect of that array over a year.

Medi Wave 850H · scenario model Running --:--:-- UTC

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

1. Choose a sector

One platform, many markets. Pick the one you are buying energy for.

2. Size the array

3. Scenario results Remote Islands

Annual demand0.0GWh / yr
NoviOcean supply0.0GWh / yr
Demand covered0%
CO₂ avoided0t / yr
Energy-cost saving€0per year
Diesel displaced0.0Mlitres / yr

Energy mix — one unit

850 kW rated
  • Wave 300 kWinverted hydro power plant
  • Wind 350 kWvertical axis · Wind Harvest
  • Solar 200 kWflexible CIGS · Midsummer

Production across the year wave, wind and solar peak in different seasons

Demand versus supply

GWh per year

Performance

0%Capacity factor
0%Demand covered

Choose a sector above to run a scenario.

2,500 MWh per unit per year 2,000 t CO₂e avoided per unit per year Deployable in 20–200 m water depth —
Assumptions and sources behind these numbers
  • 2,500 MWh per unit per year and 2,000 tonnes CO₂e avoided per unit per year — NoviOcean Medi Wave 850H figures. (Projected)
  • 850 kW is a rating, not an output. The array total shown in the scene is rated power. Annual energy always comes from the 2,500 MWh figure and its 34% capacity factor. (Projected)
  • Capacity factor 34% — 2,500 MWh ÷ (850 kW × 8,760 h). (Derived)
  • Diesel displaced — from the CO₂ figure at 2.68 kg CO₂ per litre of diesel, about 298 litres per MWh. (Derived)
  • NoviOcean energy cost €70/MWh — the conservative end of the published pilot-phase range (€70–40/MWh), falling to €32–20/MWh once well established. (Projected)
  • Sector demand and local electricity prices — representative planning examples, not quotations. Island price bands of 20–40 c€/kWh follow NoviOcean's published market pricing analysis. (Management estimate)
  • Monthly shape — illustrative seasonal profiles showing that wave, wind and solar peak at different times of the year. Annual totals, not the monthly curve, carry the message. (Management estimate)

This tool is a scenario model for discussion. Site-specific yield depends on wave climate, wind resource, irradiation, depth and grid connection — we size real projects with measured site data.

Run it on your real site data

The console is a scenario model. Send us your location, load profile and depth, and we will size a real array against measured wave, wind and irradiation data for that site.

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