NoviOcean

NoviOcean presents the Medi Wave 850H at the Swedish-Polish Chamber of Commerce

Jan Skjoldhammer — Sat, 18 Jul 2026 11:40:30 +0000

NoviOcean Novige AB · Company Update Event · Stockholm NoviOcean presents the Medi Wave 850H at the Swedish-Polish Chamber of Commerce NoviOcean was proud to present at the Swedish-Polish Chamber of Commerce this week, where our CEO Jan Skjoldhammer introduced the Medi Wave 850H to an engaged audience of business and industry leaders. The session generated significant interest — a full room, active discussion, and questions spanning technology, commercial deployment, and the broader offshore-energy opportunity in the North and Baltic Sea region. The future of offshore energy will not be single systems — it will be hybrid. We presented our vision for the next generation of offshore energy: an 850 kW floating hybrid platform combining wave, wind and solar in one integrated structure, delivering stable and continuous clean electricity at competitive economics. Later iterations are set for 3 MW and 5 MW sizes. The conversations reinforced what we are increasingly hearing across Europe: the offshore energy transition is accelerating. Poland’s Baltic Sea is being transformed by large-scale offshore wind. The logical next step is hybrid systems that improve stability, increase energy density per sea area, and reduce dependence on storage and backup generation. That is the problem NoviOcean exists to solve. From early wave-energy testing to full triple-hybrid offshore systems. Our NO3 prototype is currently deploying at our offshore test site near Stockholm — onboard visits welcome. Phase 1 commercial pilot deployment is targeted for 2026–2027. We look forward to continuing these conversations with partners, investors, and stakeholders across the region. Thank you to the Swedish-Polish Chamber of Commerce for the kind invitation. #NoviOcean #OffshoreEnergy #OceanEnergy #BalticSea #NorthSea #CleanEnergy #Hybrid #Wave #Wind #Solar #Sweden #Poland

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Singapore International Energy Week, with the BAPSEA delegation

Jan Skjoldhammer — Wed, 05 Nov 2025 09:00:00 +0000

Technology Medi Wave 850HThe current product How It WorksBuoyancy to Pelton turbine Key AdvantagesWhy hybrid changes the maths Technology EcosystemWave, wind, solar, structure Alta Wave — Future DevelopmentVery high-energy wave regions Applications Remote Islands & Coastal CommunitiesDiesel cost and energy security Coastal Data CentersLocal, stable clean power Desalination & Water SecurityEnergy-intensive freshwater Aquaculture & Fish FarmsOff-grid and weak-grid sites Further ApplicationsThe full opportunity set Validation Simulator Company AboutWhat NoviOcean is TeamCore team and advisers PartnersWind Harvest and Midsummer Awards & SupportRecognition and funders Investor RelationsInvestor & strategic dialogues ContactReach the team Insights & News Book a Meeting Technology Medi Wave 850H Alta Wave — Future Development Applications Remote Islands Data Centers Desalination Fish Farms Further Applications Validation Simulator Company About Team Partners Awards & Support Investor Relations Contact Insights & News Book a Meeting Company News 5 November 2025 Singapore International Energy Week, with the BAPSEA delegation NoviOcean joined the BAPSEA joint delegation visit to Singapore, organised by Business Sweden and the Swedish Energy Agency, and presented the hybrid platform at the Singapore–Sweden Innovation Forum during SIEW 2025. For illustration. ASEAN has thousands of inhabited islands and a great deal of coastal industry, which is why ocean energy is becoming a live question in the region. NoviOcean joined the BAPSEA joint delegation visit to Singapore, organised by Business Sweden and the Swedish Energy Agency. The company was represented by its Business Development Director, Variya Kietprungvej, who presented the Medi Wave 850H hybrid wave, wind and solar platform at the Singapore–Sweden Innovation Forum during Singapore International Energy Week. Why the room mattered The forum put Swedish energy companies in front of government authorities, innovation bodies and industry representatives working on the region’s supply. Two things about ASEAN make ocean energy a practical conversation there rather than a theoretical one: demand is growing quickly, and a large share of the population lives on or beside a coastline with limited land available for generation. What was presented One floating structure carrying three sources — wave, wind and solar — rated 850 kW in total: 300 kW wave, 350 kW wind, 200 kW solar. management estimate Roughly 65 per cent of that rated capacity comes from established specialist technologies supplied by others; NoviOcean’s own contribution is the wave system and the integration. management estimate Marine integration and final configuration still require engineering and validation. How the parts fit together is set out on Technology Ecosystem. Where it goes NoviOcean is building its presence in Asia through exactly this kind of route: national delegations, energy authorities and industrial partners, rather than direct-to-market selling. Sweden’s export bodies open the door; the engineering has to hold up on the other side of it, which is what Validation is for. Organisations in the region who want to look at a specific site should start at Book a Meeting, or try the illustrative scenario tool first. Note on figures. This piece is adapted from a NoviOcean post published on LinkedIn in November 2025. The platform is named as the Medi Wave 850H rather than by the internal abbreviation used in the original post, and the rated split has been added with the evidence labels the rest of the site uses. Every remaining figure carries the evidence label NoviOcean uses across the site, and the complete list of changes is recorded in the review block at the foot of this file. Platform images on this page are for illustration only — the actual design is shared in closer dialogues. Adapted for the web from the NoviOcean post on LinkedIn, 5 November 2025. Figures have been reconciled with what NoviOcean publishes today. Continue Three places this piece points to. Technology How the three sources share one structure One platform, one mooring, one cable — and where each kilowatt comes from. Simulator Build an illustrative scenario Pick a sector, set an array size, and see indicative modelled output. Assumptions visible throughout. Company The people behind it A small team of specialists in wave energy, offshore engineering, policy and finance. All insights and news Working on energy supply in ASEAN? Islands, ports, aquaculture and coastal industry are where this technology is most useful first. Tell us the site and we will tell you honestly whether it fits. Book a Meeting Hybrid wave, wind and solar — one offshore platform. Technology Technology Medi Wave 850H How It Works Technology Ecosystem Alta Wave — Future Applications Remote Islands Data Centers Desalination Aquaculture Further Applications Company Company About Team Partners Awards & Support Validation Simulator Investor Relations Contact Insights & News Book a Meeting Contact NoviOcean ABLövängsvägen 91187 30 Täby, Sweden jan.skjoldhammer@noviocean.energy +46 (0)73 394 84 17 Follow NoviOcean on LinkedIn © 2026 NoviOcean AB. All rights reserved. Platform illustrations are conceptual — the actual design is shared in closer dialogues.

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At the Vibrant Gujarat Regional Conference

Jan Skjoldhammer — Mon, 20 Oct 2025 09:00:00 +0000

Technology Medi Wave 850HThe current product How It WorksBuoyancy to Pelton turbine Key AdvantagesWhy hybrid changes the maths Technology EcosystemWave, wind, solar, structure Alta Wave — Future DevelopmentVery high-energy wave regions Applications Remote Islands & Coastal CommunitiesDiesel cost and energy security Coastal Data CentersLocal, stable clean power Desalination & Water SecurityEnergy-intensive freshwater Aquaculture & Fish FarmsOff-grid and weak-grid sites Further ApplicationsThe full opportunity set Validation Simulator Company AboutWhat NoviOcean is TeamCore team and advisers PartnersWind Harvest and Midsummer Awards & SupportRecognition and funders Investor RelationsInvestor & strategic dialogues ContactReach the team Insights & News Book a Meeting Technology Medi Wave 850H Alta Wave — Future Development Applications Remote Islands Data Centers Desalination Fish Farms Further Applications Validation Simulator Company About Team Partners Awards & Support Investor Relations Contact Insights & News Book a Meeting Company News 20 October 2025 At the Vibrant Gujarat Regional Conference NoviOcean presented on the emerging-technologies panel in Gujarat and held four meetings about what a first Indian pilot would take — power, desalinated water, and the offshore infrastructure that already exists. For illustration. India has one of the world’s longer coastlines and a large installed offshore-energy industry; both were the subject of the meetings described here. Following the Dubai leg of the same trip, NoviOcean’s founder and CEO, Jan Skjoldhammer, travelled to India at the invitation of Dr. Biswajit Roy for the Vibrant Gujarat Regional Conference 2025. He presented, and joined the expert panel on emerging technologies — geothermal, tidal and wave energy. The meetings Four conversations followed. All of them were discussions; none of them is an agreement. Hon. Shri Kanubhai Desai, Minister for Finance, Energy & Petrochemicals — a private meeting on where hybrid offshore generation could fit the state’s energy plans. Mr. Rajendra J. Vala, GUVNL — discussed the financing of a first Indian NoviOcean pilot producing both clean power and desalinated water. Mr. Ajay Dashore, ONGC — discussed financing a first Medi Wave 850H and the idea of repurposing offshore rigs for renewable production of hydrogen, ammonia, ethanol, electricity or water, taken ashore through pipelines that are already there. That thinking sits under Further Applications. Dr. Sudheer Joseph, INCOIS — discussed support for a research-based pilot at the Andaman and Nicobar Islands. What is and is not settled Counting the UAE conversations from the first half of the trip, four parties management estimate have expressed interest in participating in the financing of a first full-scale pilot, in part or in full. That is where it stands: interest, in discussion, nothing signed. The engineering sequence is unaffected by any of it. The NO3 triple-hybrid demonstrator is the current stage (2026, TRL 6–7); the full-scale Medi Wave 850H pilot is the next major phase, 2027–2028, TRL 7–8. projected Why India India combines a long coastline, a large offshore industry with existing platforms and pipelines, growing coastal demand and islands that are expensive to supply. Those are the same conditions that make the technology interesting in the Philippines, Indonesia, the Caribbean and the Atlantic islands — the markets set out under Applications and priced under Remote Islands & Coastal Communities. Investor and strategic dialogues run through Investor Relations; the current investor material is shared, dated and in context, after an introductory meeting. Project and customer conversations start at Book a Meeting. Note on figures. This piece is adapted from a NoviOcean post published on LinkedIn in October 2025. Two changes beyond wording. The equity round described in the original post has been removed: financing terms are kept in dated investor material rather than on the public site. And each relationship is described as the meeting it was, because the checklist forbids implying that a partnership or financing status is further advanced than confirmed. Every remaining figure carries the evidence label NoviOcean uses across the site, and the complete list of changes is recorded in the review block at the foot of this file. Platform images on this page are for illustration only — the actual design is shared in closer dialogues. Adapted for the web from the NoviOcean post on LinkedIn, 20 October 2025. Figures have been reconciled with what NoviOcean publishes today. Continue Three places this piece points to. Applications Desalination & water security Where a site needs water more than power — and why the two are alternatives, never a sum. Applications Remote islands & coastal communities What island electricity actually costs today, and what displacing diesel is worth. Company Investor Relations The capital-efficient route to full-scale validation. Terms are shared after an introductory meeting, not published. All insights and news Building energy infrastructure on a coastline? Utility, island operator, offshore industry or research institute — tell us which, and the right people will be in the room. Book a Meeting Hybrid wave, wind and solar — one offshore platform. Technology Technology Medi Wave 850H How It Works Technology Ecosystem Alta Wave — Future Applications Remote Islands Data Centers Desalination Aquaculture Further Applications Company Company About Team Partners Awards & Support Validation Simulator Investor Relations Contact Insights & News Book a Meeting Contact NoviOcean ABLövängsvägen 91187 30 Täby, Sweden jan.skjoldhammer@noviocean.energy +46 (0)73 394 84 17 Follow NoviOcean on LinkedIn © 2026 NoviOcean AB. All rights reserved. Platform illustrations are conceptual — the actual design is shared in closer dialogues.

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Ten days across Dubai and India

Jan Skjoldhammer — Mon, 13 Oct 2025 09:00:00 +0000

Technology Medi Wave 850HThe current product How It WorksBuoyancy to Pelton turbine Key AdvantagesWhy hybrid changes the maths Technology EcosystemWave, wind, solar, structure Alta Wave — Future DevelopmentVery high-energy wave regions Applications Remote Islands & Coastal CommunitiesDiesel cost and energy security Coastal Data CentersLocal, stable clean power Desalination & Water SecurityEnergy-intensive freshwater Aquaculture & Fish FarmsOff-grid and weak-grid sites Further ApplicationsThe full opportunity set Validation Simulator Company AboutWhat NoviOcean is TeamCore team and advisers PartnersWind Harvest and Midsummer Awards & SupportRecognition and funders Investor RelationsInvestor & strategic dialogues ContactReach the team Insights & News Book a Meeting Technology Medi Wave 850H Alta Wave — Future Development Applications Remote Islands Data Centers Desalination Fish Farms Further Applications Validation Simulator Company About Team Partners Awards & Support Investor Relations Contact Insights & News Book a Meeting Company News 13 October 2025 Ten days across Dubai and India Ten days, two countries, one subject: whether a hybrid wave, wind and solar platform can be built and financed where the electricity is expensive and the coastline is long. For illustration. The meetings described here concerned a first full-scale Medi Wave 850H pilot, which is the next major phase of the programme rather than a system in operation. In October 2025 NoviOcean’s founder and CEO, Jan Skjoldhammer, spent ten days between Dubai and India. The purpose was simple: meet the people who finance and operate energy infrastructure in regions where electricity is expensive, demand is growing and there is a great deal of coastline. Dubai Jan attended the 11th Annual International Business Forum, hosted by Sayyed Abbas Shah, which brings together people from the energy and investment community. During the visit he was invited to the office of H.E. Dr. Juma Madani, Chairman of Al Matiya Investment and Al Awad Petroleum, for a longer discussion. The conversation covered how hybrid offshore generation might fit the UAE’s long-term sustainability objectives, and what a first project in the region would involve. It was a discussion. Nothing was agreed and nothing is signed. India From Dubai, Jan continued to India at the invitation of Dr. Biswajit Roy, to the Vibrant Gujarat Regional Conference 2025. That leg — the ministerial meeting, the utility and offshore-operator conversations and the research-institute discussion — is covered in its own piece: India’s momentum in clean offshore energy. Where this leaves the pilot Across both countries, four parties management estimate have expressed interest in participating in the financing of a first full-scale NoviOcean pilot. That is the accurate description: expressions of interest, in discussion. No financing agreement is in place, and none of these conversations changes the engineering sequence. That sequence is fixed and dated. The NO3 triple-hybrid demonstrator is the current stage (2026). The full-scale Medi Wave 850H pilot is the next major phase, planned for 2027–2028 at TRL 7–8. projected What these meetings affect is who builds and funds it, and where. If your organisation operates in a high-cost coastal market, the route is Book a Meeting; the financing position is on Investor Relations. Note on figures. This piece is adapted from a NoviOcean post published on LinkedIn in October 2025. The description of the four interested parties has been brought back to what is confirmed – expressions of interest, in discussion – because the checklist forbids implying that partnership or financing status is further advanced than agreed. A reference to opportunities that could not yet be shared publicly was removed rather than teased. Every remaining figure carries the evidence label NoviOcean uses across the site, and the complete list of changes is recorded in the review block at the foot of this file. Platform images on this page are for illustration only — the actual design is shared in closer dialogues. Adapted for the web from the NoviOcean post on LinkedIn, 13 October 2025. Figures have been reconciled with what NoviOcean publishes today. Continue Three places this piece points to. Company news India’s momentum in clean offshore energy The Gujarat leg: the ministerial meeting, GUVNL, ONGC and INCOIS, and what was actually discussed. Applications Where this technology fits first Remote islands, data centers, desalination and aquaculture — the markets where energy already costs the most. Company Investor Relations The capital-efficient route to full-scale validation, and how to ask for the current investor material. All insights and news Operating in a high-cost coastal market? If diesel sets your electricity price and you have water in front of you, that is the conversation we are having in Dubai, Gujarat and Singapore. It is worth an hour. Book a Meeting Hybrid wave, wind and solar — one offshore platform. Technology Technology Medi Wave 850H How It Works Technology Ecosystem Alta Wave — Future Applications Remote Islands Data Centers Desalination Aquaculture Further Applications Company Company About Team Partners Awards & Support Validation Simulator Investor Relations Contact Insights & News Book a Meeting Contact NoviOcean ABLövängsvägen 91187 30 Täby, Sweden jan.skjoldhammer@noviocean.energy +46 (0)73 394 84 17 Follow NoviOcean on LinkedIn © 2026 NoviOcean AB. All rights reserved. Platform illustrations are conceptual — the actual design is shared in closer dialogues.

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WoodChuck.ai on one platform carrying three sources

Jan Skjoldhammer — Thu, 11 Sep 2025 09:00:00 +0000

Technology Medi Wave 850HThe current product How It WorksBuoyancy to Pelton turbine Key AdvantagesWhy hybrid changes the maths Technology EcosystemWave, wind, solar, structure Alta Wave — Future DevelopmentVery high-energy wave regions Applications Remote Islands & Coastal CommunitiesDiesel cost and energy security Coastal Data CentersLocal, stable clean power Desalination & Water SecurityEnergy-intensive freshwater Aquaculture & Fish FarmsOff-grid and weak-grid sites Further ApplicationsThe full opportunity set Validation Simulator Company AboutWhat NoviOcean is TeamCore team and advisers PartnersWind Harvest and Midsummer Awards & SupportRecognition and funders Investor RelationsInvestor & strategic dialogues ContactReach the team Insights & News Book a Meeting Technology Medi Wave 850H Alta Wave — Future Development Applications Remote Islands Data Centers Desalination Fish Farms Further Applications Validation Simulator Company About Team Partners Awards & Support Investor Relations Contact Insights & News Book a Meeting Media Coverage 11 September 2025 WoodChuck.ai on one platform carrying three sources WoodChuck.ai published a short clip in which Todd Thomas discusses NoviOcean’s approach: rather than building three offshore projects, put wave, solar and wind on one floating platform. The design discussed in the clip. For illustration only — the actual design is shared in closer dialogues. In September 2025, WoodChuck.ai published a short clip in which Todd Thomas discusses NoviOcean. His framing is worth repeating because it is not the one an engineer would reach for first: the design looks unconventional, and the reason it looks that way is the idea underneath it. The framing, as WoodChuck.ai put it Use one floating platform to capture wave energy. Put solar on top of it. Add wind turbines to the same deck. Then you no longer need to build, moor, cable and maintain three separate offshore projects to collect three sources. WoodChuck.ai’s conclusion is that this is the sort of outside-the-box thinking that helps clean energy reach scale — innovation, in their words, does not always look the way we expect. What NoviOcean would add The observation is right, and it is the design brief. NoviOcean’s own way of stating it is that the expensive parts of an offshore project are the ones that are not the generator — the structure, the mooring, the export cable, the lease area, the vessel time — and that all of them can be shared. The result is 2× the energy of offshore wind from the same sea area. modeled Two things the clip does not go into, and which matter: The three sources are off-phased. Waves keep running long after the wind drops; solar peaks in the middle of the day. Fewer hours with everything low at once means less storage bought to cover the gaps — see Key Advantages. Most of the rated capacity is not NoviOcean’s invention. Of the 850 kW rating — 300 kW wave, 350 kW wind, 200 kW solar management estimate — roughly 65 per cent comes from established specialist technologies. NoviOcean’s contribution is the wave system and the integration, and marine integration and final configuration still require engineering and validation. Where the programme actually stands — what has been tested offshore, and what has not — is on Validation. Note on this piece. This is third-party coverage. The framing in the section above is WoodChuck.ai’s, summarised rather than reproduced, and it is presented as their view rather than in NoviOcean’s voice. Everything under “What NoviOcean would add” is NoviOcean’s own published position, with the evidence labels used across the site. Platform images on this page are for illustration only — the actual design is shared in closer dialogues. Originally published by WoodChuck.ai on LinkedIn, 11 September 2025. Republished here as media coverage, summarised and attributed; NoviOcean’s own figures are labelled as such. Continue Three places this piece points to. Technology The design underneath the clip Buoyancy, a valve, trapped air and a Pelton turbine — wave to electricity, in five steps. Validation What has actually been tested Tank work, rig testing, fourteen months offshore, and the honest scope of the NO3 demonstrator. Video See it running Offshore test days and prototype operation, filmed on the NoviOcean channel. All insights and news Curious enough to ask the hard questions? Bring them. The offshore data, the model correlation and the things that are still open are all easier to discuss in person than on a page. Book a Meeting Hybrid wave, wind and solar — one offshore platform. Technology Technology Medi Wave 850H How It Works Technology Ecosystem Alta Wave — Future Applications Remote Islands Data Centers Desalination Aquaculture Further Applications Company Company About Team Partners Awards & Support Validation Simulator Investor Relations Contact Insights & News Book a Meeting Contact NoviOcean ABLövängsvägen 91187 30 Täby, Sweden jan.skjoldhammer@noviocean.energy +46 (0)73 394 84 17 Follow NoviOcean on LinkedIn © 2026 NoviOcean AB. All rights reserved. Platform illustrations are conceptual — the actual design is shared in closer dialogues.

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InvestorNytt writes about NoviOcean

Jan Skjoldhammer — Fri, 25 Apr 2025 09:00:00 +0000

Technology Medi Wave 850HThe current product How It WorksBuoyancy to Pelton turbine Key AdvantagesWhy hybrid changes the maths Technology EcosystemWave, wind, solar, structure Alta Wave — Future DevelopmentVery high-energy wave regions Applications Remote Islands & Coastal CommunitiesDiesel cost and energy security Coastal Data CentersLocal, stable clean power Desalination & Water SecurityEnergy-intensive freshwater Aquaculture & Fish FarmsOff-grid and weak-grid sites Further ApplicationsThe full opportunity set Validation Simulator Company AboutWhat NoviOcean is TeamCore team and advisers PartnersWind Harvest and Midsummer Awards & SupportRecognition and funders Investor RelationsInvestor & strategic dialogues ContactReach the team Insights & News Book a Meeting Technology Medi Wave 850H Alta Wave — Future Development Applications Remote Islands Data Centers Desalination Fish Farms Further Applications Validation Simulator Company About Team Partners Awards & Support Investor Relations Contact Insights & News Book a Meeting Media Coverage 25 April 2025 InvestorNytt writes about NoviOcean The Swedish investor publication InvestorNytt covered NoviOcean in April 2025, under a headline about producing offshore energy at a lower cost than wind. For illustration only — the actual design is shared in closer dialogues. In April 2025 the Swedish investor publication InvestorNytt wrote about NoviOcean, framing the story around cost: offshore energy produced for less than wind. That headline is InvestorNytt’s, not NoviOcean’s. It is worth recording the coverage and also worth being precise about what the company itself publishes, because a headline compresses and an engineering claim should not. What NoviOcean publishes about cost Customer cost is published as a staged figure, not a single number, because it moves with deployment volume: Stage A — commercial pilot, unit 1. High public support, offshore validation, first full-scale system in the water: approximately 4–8 c€/kWh. projected Stage E — fully commercial scale, 200–1,000 units. Minimal subsidies, larger batch orders, market economics: 2–5 c€/kWh. projected These are unit-level generation costs, excluding site-specific infrastructure such as grid connection, export cabling or local permitting. The whole staged roadmap, and the assumption behind the learning curve, are on Investor Relations. Where the cost argument comes from Not from a cheaper generator. From sharing everything that is not the generator: one floating structure, one mooring, one export cable, one lease area and one maintenance route carrying wave, wind and solar together, for 2× the energy of offshore wind from the same sea area. modeled The engineering behind that is on Technology. A note on comparisons NoviOcean does not publish detailed comparisons against named competitors. The benchmarking work exists, it is dated, and it is shared in meetings where the assumptions can be examined rather than as a graphic on a web page. If you want to interrogate it, book a meeting. Note on this piece. The original LinkedIn post consisted of the article headline and a link. This page records the coverage and attributes the cost framing to InvestorNytt rather than restating it as a NoviOcean claim; the figures below the headline are NoviOcean’s own published values. The article link is not reproduced because no URL is on file — see the review block at the foot of this file. Platform images on this page are for illustration only — the actual design is shared in closer dialogues. Originally published by InvestorNytt on LinkedIn, 25 April 2025. Republished here as media coverage, summarised and attributed; NoviOcean’s own figures are labelled as such. Continue Three places this piece points to. Company Investor Relations The staged cost roadmap, the funding position, and how to request the current material. Technology Where the cost argument comes from One structure, one mooring, one cable — carrying three sources instead of one. Insights & News More coverage Company news, media coverage, videos and selected reports, in one place. All insights and news Want the benchmarking, not the headline? The comparative study is dated, detailed and shared in conversation, where the assumptions can be argued with. Book a Meeting Hybrid wave, wind and solar — one offshore platform. Technology Technology Medi Wave 850H How It Works Technology Ecosystem Alta Wave — Future Applications Remote Islands Data Centers Desalination Aquaculture Further Applications Company Company About Team Partners Awards & Support Validation Simulator Investor Relations Contact Insights & News Book a Meeting Contact NoviOcean ABLövängsvägen 91187 30 Täby, Sweden jan.skjoldhammer@noviocean.energy +46 (0)73 394 84 17 Follow NoviOcean on LinkedIn © 2026 NoviOcean AB. All rights reserved. Platform illustrations are conceptual — the actual design is shared in closer dialogues.

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Three offshore projects, or one

Jan Skjoldhammer — Sat, 12 Apr 2025 09:00:00 +0000

Technology Medi Wave 850HThe current product How It WorksBuoyancy to Pelton turbine Key AdvantagesWhy hybrid changes the maths Technology EcosystemWave, wind, solar, structure Alta Wave — Future DevelopmentVery high-energy wave regions Applications Remote Islands & Coastal CommunitiesDiesel cost and energy security Coastal Data CentersLocal, stable clean power Desalination & Water SecurityEnergy-intensive freshwater Aquaculture & Fish FarmsOff-grid and weak-grid sites Further ApplicationsThe full opportunity set Validation Simulator Company AboutWhat NoviOcean is TeamCore team and advisers PartnersWind Harvest and Midsummer Awards & SupportRecognition and funders Investor RelationsInvestor & strategic dialogues ContactReach the team Insights & News Book a Meeting Technology Medi Wave 850H Alta Wave — Future Development Applications Remote Islands Data Centers Desalination Fish Farms Further Applications Validation Simulator Company About Team Partners Awards & Support Investor Relations Contact Insights & News Book a Meeting Insight 12 April 2025 Three offshore projects, or one Offshore wind, wave and solar have historically needed their own structures, their own moorings, their own cables and their own sea areas. Putting them on one platform changes what the project costs to build and how much sea it uses. The Medi Wave 850H: wave, wind and solar on a single floating structure. For illustration only — the actual design is shared in closer dialogues. Build offshore wind, and you build a structure, a mooring system, an export cable, a permit, a lease area and a maintenance route. Build offshore solar next to it, and you build all six again. Add wave, and you build them a third time. Each source carries the full weight of an offshore project on its own. That is the part of offshore energy that has never been about the generator. What sharing removes NoviOcean puts wave, wind and solar on one floating structure. One set of everything that is not the generator: one hull and one steel structure one mooring and anchoring system one export cable to shore one permit and one lease area one installation campaign, one maintenance route, one vessel visit The three sources are also complementary rather than simultaneous. Solar peaks in the middle of the day; wind runs on its own cycle; waves keep running long after the wind has dropped, because water carries so much more mass than air. The result is fewer hours in which everything is low at once — the argument set out with the production profiles on Key Advantages. 2× the energy of offshore wind from the same sea area — the reason the shared structure matters where sea space is contested. modeled Where the capability comes from The Medi Wave 850H is rated 850 kW: 300 kW wave, 350 kW wind, 200 kW solar. management estimate About 65 per cent of that rated capacity comes from technologies developed by specialists — Wind Harvest vertical-axis turbines, in substantial full-scale development at approximately TRL 7 and progressing toward TRL 8 and certification, and Midsummer CIGS solar, a commercially established technology at approximately TRL 9. NoviOcean’s own wave system is presently TRL 6 and progressing toward TRL 7, and is built on hydropower principles and industrial components that have been in use for well over a century. The steel is conventional welded shipyard engineering. Marine integration and final configuration still require engineering and validation — that is the honest state of it, and it is what the development programme exists to close. What it costs NoviOcean publishes customer cost as a staged figure rather than a single number, because the number moves with deployment volume: Stage A, the commercial pilot: approximately 4–8 c€/kWh. projected At 200–1,000 units, fully commercial scale with minimal subsidy: 2–5 c€/kWh. projected These figures refer to unit-level generation cost, excluding site-specific infrastructure such as grid connection, export cabling or local permitting. The full staged roadmap is on Investor Relations. Who this is for Energy investors, operators and future customers — particularly where sea area is constrained, electricity is expensive, or a single offshore project already struggles to justify its own cable. Book a meeting if that is you. Note on figures. This piece is adapted from a NoviOcean post published on LinkedIn in April 2025. The original stated a percentage reduction in CAPEX and LCOE. That figure is contested between NoviOcean sources, so V2 publishes neither version of it; the staged customer-cost figures above are published instead. A line predicting that most current offshore solutions would soon be obsolete has been removed – the site does not make absolute claims about other people’s technology. Every remaining figure carries the evidence label NoviOcean uses across the site, and the complete list of changes is recorded in the review block at the foot of this file. Platform images on this page are for illustration only — the actual design is shared in closer dialogues. Adapted for the web from the NoviOcean post on LinkedIn, 12 April 2025. Figures have been reconciled with what NoviOcean publishes today. Continue Three places this piece points to. Technology How it works Buoyancy, a valve, trapped air and a Pelton turbine — the whole chain from wave to electricity. Technology Medi Wave 850H The current product: rated split, scalability from a single unit to 5 MW arrays, and the optional containers. Simulator See it at your scale Pick a sector and an array size and read indicative modelled output, with every assumption on screen. All insights and news Investor, operator or future customer? The engineering, the offshore data and the staged cost model are all shared in conversation, dated and in context. Book a Meeting Hybrid wave, wind and solar — one offshore platform. Technology Technology Medi Wave 850H How It Works Technology Ecosystem Alta Wave — Future Applications Remote Islands Data Centers Desalination Aquaculture Further Applications Company Company About Team Partners Awards & Support Validation Simulator Investor Relations Contact Insights & News Book a Meeting Contact NoviOcean ABLövängsvägen 91187 30 Täby, Sweden jan.skjoldhammer@noviocean.energy +46 (0)73 394 84 17 Follow NoviOcean on LinkedIn © 2026 NoviOcean AB. All rights reserved. Platform illustrations are conceptual — the actual design is shared in closer dialogues.

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More stable, from the same square kilometre

Jan Skjoldhammer — Thu, 13 Mar 2025 09:00:00 +0000

Technology Medi Wave 850HThe current product How It WorksBuoyancy to Pelton turbine Key AdvantagesWhy hybrid changes the maths Technology EcosystemWave, wind, solar, structure Alta Wave — Future DevelopmentVery high-energy wave regions Applications Remote Islands & Coastal CommunitiesDiesel cost and energy security Coastal Data CentersLocal, stable clean power Desalination & Water SecurityEnergy-intensive freshwater Aquaculture & Fish FarmsOff-grid and weak-grid sites Further ApplicationsThe full opportunity set Validation Simulator Company AboutWhat NoviOcean is TeamCore team and advisers PartnersWind Harvest and Midsummer Awards & SupportRecognition and funders Investor RelationsInvestor & strategic dialogues ContactReach the team Insights & News Book a Meeting Technology Medi Wave 850H Alta Wave — Future Development Applications Remote Islands Data Centers Desalination Fish Farms Further Applications Validation Simulator Company About Team Partners Awards & Support Investor Relations Contact Insights & News Book a Meeting Insight 13 March 2025 More stable, from the same square kilometre The interesting property of a hybrid offshore platform is not that it produces more. It is that it produces more steadily — and steadiness is what storage is normally bought to fake. The Medi Wave 850H. For illustration only — the actual design is shared in closer dialogues. Ask what an offshore project costs and the answer usually stops at the generator. It should not. A source that disappears for long stretches has to be covered, and covering it — with batteries, with fossil backup, with overbuilt capacity — is where a large part of the real system cost sits. Which is why the useful question about a hybrid platform is not how much it produces. It is how often it produces nothing. Wave and wind are off-phased Solar heating drives the atmospheric wind systems. Wind transfers energy into ocean waves over time and distance. Because water carries so much more mass than air, waves continue long after the winds subside — and as the waves gradually decline, the wind systems are rebuilding. The cycle repeats. Measured production profiles from Galway Bay, Ireland, show what that does to the floor of the output curve: wind alone around 10 per cent baseload, wave alone around 30 per cent, and wind and wave combined 40–50 per cent. measured The charts are on Key Advantages; add solar to the same deck and the daytime shape improves again. 2× the energy of offshore wind from the same sea area — from one structure, one mooring and one cable. modeled The machine The Medi Wave 850H is the design that applies this to medium and low wave conditions, which is most of the world’s coastline. Rated 850 kW: 300 kW wave, 350 kW wind, 200 kW solar. management estimate Roughly 65 per cent of that rated capacity comes from established specialist technologies — Wind Harvest vertical-axis turbines at approximately TRL 7 completed and progressing toward TRL 8 and certification, and Midsummer CIGS solar at approximately TRL 9. The NoviOcean wave system is presently TRL 6 and progressing toward TRL 7. Marine integration and final configuration still require engineering and validation. The full-scale pilot is the next major phase, planned for 2027–2028. projected Why this reads as a cost argument A steadier output means a smaller battery, fewer diesel hours and less overbuild for the same delivered reliability. That is the whole of it: cheap generation alone is not enough — the full energy system is what a customer actually pays for. The system-level comparison is on Key Advantages, and the staged customer cost is on Investor Relations. Would you want to see this in your region? Build an illustrative scenario, then book a meeting and we will talk about your actual site. Note on figures. This piece is adapted from a NoviOcean post published on LinkedIn in March 2025. The model name has been corrected, the energy-per-area multiple replaced with the figure V2 publishes, and the percentage reduction in CAPEX and LCOE removed because it is contested between NoviOcean sources. A claim to outperform competitors in efficiency, cost and sustainability has been deleted: competitor comparisons are kept for controlled, dated material. Every remaining figure carries the evidence label NoviOcean uses across the site, and the complete list of changes is recorded in the review block at the foot of this file. Platform images on this page are for illustration only — the actual design is shared in closer dialogues. Adapted for the web from the NoviOcean post on LinkedIn, 13 March 2025. Figures have been reconciled with what NoviOcean publishes today. Continue Three places this piece points to. Technology Key advantages The baseload profiles, the system comparison and the specific-energy chart, in full. Simulator Try it at your scale Sector, array size and indicative modelled output, with every assumption visible. Applications Where stability is the product Coastal data centers buy reliability, not kilowatt-hours. The comparison is on that page. All insights and news Want the version with your numbers in it? Bring a site, a load profile and what you pay today. We will tell you what is plausible and what is not. Book a Meeting Hybrid wave, wind and solar — one offshore platform. Technology Technology Medi Wave 850H How It Works Technology Ecosystem Alta Wave — Future Applications Remote Islands Data Centers Desalination Aquaculture Further Applications Company Company About Team Partners Awards & Support Validation Simulator Investor Relations Contact Insights & News Book a Meeting Contact NoviOcean ABLövängsvägen 91187 30 Täby, Sweden jan.skjoldhammer@noviocean.energy +46 (0)73 394 84 17 Follow NoviOcean on LinkedIn © 2026 NoviOcean AB. All rights reserved. Platform illustrations are conceptual — the actual design is shared in closer dialogues.

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Ocean energy is still building one machine per source

Jan Skjoldhammer — Mon, 10 Mar 2025 09:00:00 +0000

Technology Medi Wave 850HThe current product How It WorksBuoyancy to Pelton turbine Key AdvantagesWhy hybrid changes the maths Technology EcosystemWave, wind, solar, structure Alta Wave — Future DevelopmentVery high-energy wave regions Applications Remote Islands & Coastal CommunitiesDiesel cost and energy security Coastal Data CentersLocal, stable clean power Desalination & Water SecurityEnergy-intensive freshwater Aquaculture & Fish FarmsOff-grid and weak-grid sites Further ApplicationsThe full opportunity set Validation Simulator Company AboutWhat NoviOcean is TeamCore team and advisers PartnersWind Harvest and Midsummer Awards & SupportRecognition and funders Investor RelationsInvestor & strategic dialogues ContactReach the team Insights & News Book a Meeting Technology Medi Wave 850H Alta Wave — Future Development Applications Remote Islands Data Centers Desalination Fish Farms Further Applications Validation Simulator Company About Team Partners Awards & Support Investor Relations Contact Insights & News Book a Meeting Insight 10 March 2025 Ocean energy is still building one machine per source Most ocean-energy development still asks the same question: how do we make this one device better? NoviOcean’s founder asked a different one — why is there only one device on the structure? For illustration only — the actual design is shared in closer dialogues. Offshore renewable development has largely been a search for a better single device. A better turbine. A better float. A better flap. Each of those searches is worth running, and each one ends with a structure in the sea that harvests exactly one thing. The structure is the expensive part. So is the mooring, the cable, the permit and the vessel time. Asking one of them to carry three sources instead of one is a different kind of improvement, and it is the one NoviOcean went after. The future of offshore energy will not be single-source systems. It will be hybrid. Jan G. Skjoldhammer, founder and CEO What one platform carries Wave — the NoviOcean power take-off, a float that rises with the wave and drives a Pelton turbine through pressurised water. The Pelton wheel has run hydropower plants for well over a century; the only innovation is where the pressure comes from. Wind — compact vertical-axis turbines on the deck, which work well in close arrangements and in the lower wind layers. Solar — lightweight flexible CIGS panels across the deck, chosen for low shading sensitivity and marine suitability. Not tidal. NoviOcean is a wave, wind and solar platform, and the site says so consistently. How the three fit together is on Technology Ecosystem. 2× the energy of offshore wind from the same sea area. Sea space is finite and increasingly contested; this is the number that matters when it is. modeled The part that is easy to miss The three sources do not arrive at the same time. Solar peaks at midday. Wind runs on its own weather cycle. Waves keep going long after the wind has dropped, because water carries so much more mass than air — and as the waves fade, the wind systems are usually rebuilding. Fewer hours with everything low at once means less storage and less backup bought to cover the gaps, and storage is where the system cost hides. The production profiles behind that argument are on Key Advantages. Where it stands This is a programme, not a product catalogue. The 1:5 hybrid prototype ran offshore at Svanholmen for fourteen months. measured The NO3 triple-hybrid demonstrator is the current stage. The full-scale Medi Wave 850H pilot is the next major phase, planned for 2027–2028. projected What has been validated, and what has not, is set out plainly on Validation. If you work on energy projects, investment or manufacturing and the argument holds for you, book a meeting. Note on figures. This piece is adapted from a NoviOcean post published on LinkedIn in March 2025. Three claims from the original are not reproduced: a share of the ocean’s energy potential said to be in use, an energy-per-sea-area multiple, and a fraction of the infrastructure, cabling and manpower required. The first and third have no source behind them and have been deleted rather than restated; the second has been replaced with the figure NoviOcean publishes site-wide. Tidal energy, mentioned in the original, is not part of the platform and has been removed. Every remaining figure carries the evidence label NoviOcean uses across the site, and the complete list of changes is recorded in the review block at the foot of this file. Platform images on this page are for illustration only — the actual design is shared in closer dialogues. Adapted for the web from the NoviOcean post on LinkedIn, 10 March 2025. Figures have been reconciled with what NoviOcean publishes today. Continue Three places this piece points to. Technology Why hybrid changes the maths Off-phased sources, steadier output, and the storage cost that never appears on a generation datasheet. Validation What has actually been tested Tank testing, KTH rig work, fourteen months offshore, and the honest scope of the NO3 demonstrator. Applications Where it is worth the most The markets where energy already costs 20-40 cents a kilowatt-hour. All insights and news Is your coastline the argument? Islands, ports, farms and coastal industry all buy expensive energy for the same reason. Tell us about the site and we will be straight about the fit. Book a Meeting Hybrid wave, wind and solar — one offshore platform. Technology Technology Medi Wave 850H How It Works Technology Ecosystem Alta Wave — Future Applications Remote Islands Data Centers Desalination Aquaculture Further Applications Company Company About Team Partners Awards & Support Validation Simulator Investor Relations Contact Insights & News Book a Meeting Contact NoviOcean ABLövängsvägen 91187 30 Täby, Sweden jan.skjoldhammer@noviocean.energy +46 (0)73 394 84 17 Follow NoviOcean on LinkedIn © 2026 NoviOcean AB. All rights reserved. Platform illustrations are conceptual — the actual design is shared in closer dialogues.

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The hybrid case, and the machine built around it

Jan Skjoldhammer — Thu, 06 Feb 2025 09:00:00 +0000

Technology Medi Wave 850HThe current product How It WorksBuoyancy to Pelton turbine Key AdvantagesWhy hybrid changes the maths Technology EcosystemWave, wind, solar, structure Alta Wave — Future DevelopmentVery high-energy wave regions Applications Remote Islands & Coastal CommunitiesDiesel cost and energy security Coastal Data CentersLocal, stable clean power Desalination & Water SecurityEnergy-intensive freshwater Aquaculture & Fish FarmsOff-grid and weak-grid sites Further ApplicationsThe full opportunity set Validation Simulator Company AboutWhat NoviOcean is TeamCore team and advisers PartnersWind Harvest and Midsummer Awards & SupportRecognition and funders Investor RelationsInvestor & strategic dialogues ContactReach the team Insights & News Book a Meeting Technology Medi Wave 850H Alta Wave — Future Development Applications Remote Islands Data Centers Desalination Fish Farms Further Applications Validation Simulator Company About Team Partners Awards & Support Investor Relations Contact Insights & News Book a Meeting Insight 6 February 2025 The hybrid case, and the machine built around it A short film made the hybrid argument. This is the written version, plus the machine that came out of it: the Medi Wave 850H, designed for the medium and low wave conditions that cover most of the world’s coastlines. The Medi Wave 850H. For illustration only — the actual design is shared in closer dialogues. The original post carried a four-minute film about combining wave, wind and solar on one offshore structure. The argument in it has not changed, and it is short: an offshore project spends most of its money on things that are not the generator, and those things can be shared. What has changed is that the argument now has a specific machine attached to it. Medi Wave 850H Built on the same validated principles as the earlier, larger design, but aimed at medium and low wave conditions — which is most of the world’s coastline, including the Asia-Pacific region and the global east coasts. A high-energy machine is the wrong tool for a moderate sea; the Medi Wave is the right one. Rated 850 kW: 300 kW wave, 350 kW wind, 200 kW solar. management estimate Scalable from a single unit to offshore arrays, from 850 kW to 5 MW, with optional containerised desalination or battery storage on deck. The full description is on Medi Wave 850H. What one unit corresponds to Over a year, one unit corresponds to approximately 2,500 MWh of electricity modeled — or, where a site needs water more than power, desalination of 70,000–100,000 litres per hour. modeled Those are two descriptions of the same unit, not two outputs to be added together. Energy spent making water is energy that does not leave as electricity. The either/or is explained properly on Desalination & Water Security. What it costs the customer Approximately 4–8 c€/kWh at Stage A, the commercial pilot, falling to 2–5 c€/kWh at fully commercial scale of 200–1,000 units. projected Those figures are unit-level generation cost, excluding site-specific infrastructure such as grid connection, export cabling or local permitting. Three conversations we are open to Customers. Early sites — islands, ports, aquaculture, coastal industry — where energy already costs the most. Start at Book a Meeting. Shipyards and supply-chain partners. The structure is conventional welded steel, which means it can be built by national shipyards and local suppliers rather than shipped in. That is deliberate: it keeps value in the region that buys the energy. Investors. The position, the funding stages and how to request the current material are on Investor Relations. Note on figures. This piece is adapted from a NoviOcean post published on LinkedIn in February 2025. Four figures from the original are not reproduced. A comparison of energy output and development cost against competitors is withheld from the public site. The LCOE range quoted at the time has been replaced with the staged figures NoviOcean publishes now. The desalination figure is published as a range. And the investment paragraph – a specific deployment sum and a possible valuation multiple – has been removed: financing terms and return expectations are shared in dated investor material, never on the open site. Every remaining figure carries the evidence label NoviOcean uses across the site, and the complete list of changes is recorded in the review block at the foot of this file. Platform images on this page are for illustration only — the actual design is shared in closer dialogues. Adapted for the web from the NoviOcean post on LinkedIn, 6 February 2025. Figures have been reconciled with what NoviOcean publishes today. Continue Three places this piece points to. Technology Medi Wave 850H Rated split, solar deck, floats, scalability to 5 MW, and the optional containers. Applications Electricity or water Why 2,500 MWh a year and 70,000-100,000 litres an hour are alternatives, not a sum. Video The NoviOcean channel Offshore test days, prototype operation and plain explanations of how a rising float becomes electricity. All insights and news Customer, shipyard or investor? Three different conversations, three different rooms. Tell us which one you are in and we will bring the right people. Book a Meeting Hybrid wave, wind and solar — one offshore platform. Technology Technology Medi Wave 850H How It Works Technology Ecosystem Alta Wave — Future Applications Remote Islands Data Centers Desalination Aquaculture Further Applications Company Company About Team Partners Awards & Support Validation Simulator Investor Relations Contact Insights & News Book a Meeting Contact NoviOcean ABLövängsvägen 91187 30 Täby, Sweden jan.skjoldhammer@noviocean.energy +46 (0)73 394 84 17 Follow NoviOcean on LinkedIn © 2026 NoviOcean AB. All rights reserved. Platform illustrations are conceptual — the actual design is shared in closer dialogues.

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