The hybrid plant that combines wave, wind and solar power
The hybrid plant that combines wave, wind and solar power ANN-SOFIE BORGLUND Wave Power Meets Wind and Solar: A Hybrid Power Plant for the Future INNOVATION A wave power plant that can be combined with wind power and solar cells. Last autumn, the Swedish company NoviOcean by Novige won the Startup4Climate, competition with its innovative power plant. Now the company’s founder Jan Skjoldhammer hopes that the company can scale up the solution in collaboration with offshore wind farms. The NoviOcean wave power plant looks like a rectangular raft and will be 38 meters long in full size. The prototype inthe picture is only six meters long. Photo: NoviOcean by Novige. In mid-November, NoviOcean by Novige ‘s CEO Jan Skoldhammer stepped forward and accepted the Startup4Climate award together with the company Cemvision, which manufactures fossil-free cement.The jury fell for the combination of wave power, wind power and solar energy which complement each other. But succeeding in wave power is tough, many companies with wave power plants have failed in the past. What speaks for NoviOcean by Novige’s success, Jan Skjoldhammer believes, is the robust and simple technology and the fact that it is a hybrid that produces electricity from several energy sources. Six vertical wind turbinesThe Noviocean wave power plant looks like a rectangular raft and is 38 meters long and four meters high in full size. At sea, it should lie along the side of the waves. Underneath the power plant is a water-filled cylinder with a piston rod and cable that is connected to the seabed. In addition, there are four anchors out with the sides of the raft, to keep the power plant in the correct position at the surface. On top of the raft there are six vertically oriented wind turbines, which together have an output of 300 kW and solar panels of 50–80 kW. This gives a total effect of approximately 1 MW and an average effect, so-called capacity factor, of approximately 40 percent of this. – In the wave power plant itself, water is pumped in a circular flow in the cylinder. It actually works on the principle of an old garden pump. When the raft, which lifts with up to 600 tons, goes up, the water is also pumped up, says Jan Skjoldhammer and demonstrates with his hand what it looks like when the water is pumped in the same way as in a garden pump. – When the water has risen, it goes to a pelton turbine with up to 300 km/h and 800 liters per second. On the same axle is the generator that converts the kinetic energy into electricity. The components of the wave power plant are based simply on a raft, a garden pump and an upside-down hydropower plant, but of course we also have innovative technology to make this work optimally and the technology is patented in 20 countries, says Jan Skjoldhammer. NoviOcean by Novige CEO Jan Skoldhammer at the mini replica of the power plant, outside Lidningö. Photo: Novige. Tested at KTH Royal Institute of Technology in Stockholm The wave power technology has been developed over several years and has been tested in wave pools in England and France. It has also been tested for 24 months in a test rig at KTH and since a year ago it has been tested in a real environment outside Lidingö, in Stockholm. The power generated in the wave power plant goes to the houses on the small island of Svanholmen. – It is a miniature copy of the wave power plant, with solar panels on the top, and is only six meters long, but lifts about one ton. Here we see that the technology works at sea, as we have seen and validated in wave pools and in test rigs, says Jan Skjoldhammer. On one square kilometer we can place 15 wave power plants with an output of 15 MW of electricity, while offshore wind power has an energy density of 10 MW. Together we can get up to 25 MW and we can share the costs for the sea area. The idea with NoviOcean by Novige’s technology is to place a number of hybrid power plants in the vicinity of large-scale wind turbines and the electricity produced from these energy parks is transported to land through a common cable. Because there are several production units that use the same cable, it also results in a better economic calculation than if the owners of the wind turbines or wave power plants were to take on this entire cost themselves. At the same time, less sea surface is used and the receiver can get double the effect. – On one square kilometer we can place 15 wave power plants and they can have an effect of 15 MW of electricity, while offshore wind power has an energy density of 10 MW. Together we can get up to 25 MW and we can share the costs for the sea area and the cable to land, says Jan Skjoldhammer and continues: – It also gives a more even effect because the waves remain for several days after the wind has died down and then produce electricity during the time when the wind turbines are not producing as much. You can also put separate facilities at sea with only the wave power plant, which has the advantage over wind power that they can be located closer to land without visually disturbing the coastline. The total output for NoviOcean is 1 MW combining Wave power, Wind power and Solar Power. Illustration: Novige Simple and effective technology In many ways, NoviOcean by Novige’s wave power solution has the potential to be revolutionary for climate work and the energy transition, says Johan Lindehag, member of the jury and CEO at Ellevio. – Unlike other wave power, which is often both heavy and complicated, this is a solution that is both lighter and can produce a higher effect. It is simple and efficient, and it also adds solar panels and wind
NoviOcean Triumphs in StartUp4Climate Award, Secures 1M SEK Prize
Celebrating Innovation: NoviOcean Wins StartUp4Climate Award, Claims 1M SEK Prize A Triumph for Renewable Energy Innovation in the Fight Against Climate Change NoviOcean Triumphs in StartUp4Climate Award, Secures 1M SEK Prize In a notable victory for renewable energy innovation, NoviOcean has won the prestigious StartUp4Climate award, securing a substantial prize of 1 million Swedish Krona (SEK). The award, celebrated for its prominence in the energy sector, recognizes groundbreaking efforts in climate change mitigation. The announcement was met with great enthusiasm by our team, who expressed their pride and gratitude for this recognition. This achievement not only underscores the company’s commitment to sustainable energy but also highlights the potential of Ocean Energy solutions in combating climate change. NoviOcean’s success was amidst stiff competition from other innovative finalists, showcasing advancements in areas like fusion energy and eco-friendly cement production. The company acknowledges the impressive achievements of these contenders, emphasizing the collaborative spirit of innovation in the fight against climate change. We sincerely thank the jury, comprising esteemed figures like Stefan Krook, Johan Lindehag, Lina Bertling Tjernberg, Johanna Mossberg, and Jane Walerud. Additionally, we express appreciation towards Ellevio, GodEl, THINGS, and WeDontHaveTime for fostering an impactful platform for showcasing climate-centric innovations. As we continue our mission to revolutionize the energy landscape with efficient and profitable wave power, this award marks a significant milestone in our journey towards a more sustainable future. F.A.Q. NoviOcean’s innovative Hybrid Energy Converter (NHEC) harnesses the combined power of wave, wind, and solar energy. This groundbreaking technology delivers efficient and cost-effective renewable energy, paving the way for a sustainable future. How efficient is NoviOcean Hybrid Energy Converter (NHEC)? NoviOcean HEC delivers double the power output per sea area compared to wind power. Its hybrid design (wave, wind, solar) and efficient use of infrastructure lead to a lower Levelized Cost of Energy (LCOE) in early evolution. What are the advantages of Noviocen HEC? Noviocean HEC is easy to produce, install, and maintain due to its modular design and well-proven parts. It boasts a low environmental footprint and superior power-to-weight ratio compared to offshore wind. Why invest in NoviOcean? NoviOcean offers competitive development costs, with LCOE reaching €100/MWh after only 100 units deployed, then lower. Investment benefits include attractive incentive programs, expected high profits, participation in a meaningful and scaleable clean energy solution, and not the least, extremely positive marketing effects for partners and users. What is the current project stage? NoviOcean is in Stage 4 (TRL 7), developing a 1:1 scale pilot to demonstrate real-world performance and pave the way for commercial deployment. What are NoviOcean’s short-term goals? NoviOcean aims to deliver stable ocean energy at a lower cost than offshore wind and secure 0.5 GW of contracted capacity by 2030. What are NoviOcean’s long-term goals? NoviOcean envisions having 10 GW deployed by 2050, capturing 25% of the EU’s 2050 target and generating €30 billion in sales within Europe alone. The global market potential is three times larger.
NoviOcean NO2 Prototype in Action | Site Visit Highlights | May 2022
Revolutionizing Marine Energy: NoviOcean’s Breakthrough Solution Unveiled Discover Novige’s Vision for Sustainable Marine Energy Development NoviOcean NO2 Prototype in Action | Site Visit Highlights | May 2022 https://www.youtube.com/watch?v=denflW-c0BI We are excited to present to you shortly about NoviOcean and how we intend to improve the marine energy landscape through our unique yet profoundly simple solution. The video was recorded during our public site visit (20th and 24th May 2022) in Stockholm in which we presented the NoviOcean NO2 prototype and our latest achievements. Various representatives from the EU Commission, industry actors, academia, newspapers, technical magazines, political parties, NGOs, and young researchers kindly joined us. We talked more about NoviOcean and all the attendees got a chance to take boat trips to watch the unit up close and in action. In this video, you will hear about our technology, mission, current achievements, and future plans from Jan Skjoldhammer (Novige’s Founder/CEO) and Danial Hassani (Novige’s COO). You can also hear what Göran Öfverström (Head Research Investment & Strategy Soya Group/Wallenius Lines) thinks about our innovation and what we intend to bring to the ocean energy sector. Follow us to hear more about our latest developments and how we plan on “saving the climate with profitable wave power”. NoviOcean Advantages Wave Energy Our Journey Future Goals Investor Portal 1 MW Hybrid Solution650 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! Click here Click here Click here Click here Click here Click here NoviOcean WECClean, Efficient, Affordable. AdvantagesClean, low-cost energy. Wave EnergyConsistent and high density renewable energy. Our JourneyFrom idea to clean energy revolution. Future GoalsExpanding clean energy, reducing costs. Investor PortalJoin us in shaping a sustainable future Previous Next
Novige AB receives a multi-million EUR grant to build its first full-scale 500 kW pilot Wave Energy Converter (WEC)
Transforming Renewable Energy: Novige’s Milestone Grant for Wave Energy Converter Development Pioneering Clean Energy Solutions with NoviOcean NO500 Pilot Project Novige AB receives a multi-million EUR grant to build its first full-scale 500 kW pilot Wave Energy Converter (WEC) Novige AB received a 2.1 million EUR grant from the European Climate, Infrastructure and Environment Executive Agency (CINEA) under the LIFE programme to design, build, deploy, test, and certify its first full-scale pilot WEC unit, NoviOcean NO500 in an offshore test site by 2025/26. NoviOcean WEC (rated at 500 kW) will utilize a low-weighted 38×7 square meter rectangular float and well-proven parts to produce clean/stable electricity at a commercially viable cost. Simple design, less use of materials, and recyclability, along with an effective global licensing strategy will facilitate local manufacturing, operation, and decommissioning using readily available resources. More details on the upcoming stages of building and deployment of the pilot unit will be disseminated on a continued basis to various project stakeholders. For more information on the context and progress of the LIFE NOVIOCEAN project, please visit our dedicated project page. F.A.Q. NoviOcean’s innovative Hybrid Energy Converter (NHEC) harnesses the combined power of wave, wind, and solar energy. This groundbreaking technology delivers efficient and cost-effective renewable energy, paving the way for a sustainable future. How efficient is NoviOcean Hybrid Energy Converter (NHEC)? NoviOcean HEC delivers double the power output per sea area compared to wind power. Its hybrid design (wave, wind, solar) and efficient use of infrastructure lead to a lower Levelized Cost of Energy (LCOE) in early evolution. What are the advantages of Noviocen HEC? Noviocean HEC is easy to produce, install, and maintain due to its modular design and well-proven parts. It boasts a low environmental footprint and superior power-to-weight ratio compared to offshore wind. Why invest in NoviOcean? NoviOcean offers competitive development costs, with LCOE reaching €100/MWh after only 100 units deployed, then lower. Investment benefits include attractive incentive programs, expected high profits, participation in a meaningful and scaleable clean energy solution, and not the least, extremely positive marketing effects for partners and users. What is the current project stage? NoviOcean is in Stage 4 (TRL 7), developing a 1:1 scale pilot to demonstrate real-world performance and pave the way for commercial deployment. What are NoviOcean’s short-term goals? NoviOcean aims to deliver stable ocean energy at a lower cost than offshore wind and secure 0.5 GW of contracted capacity by 2030. What are NoviOcean’s long-term goals? NoviOcean envisions having 10 GW deployed by 2050, capturing 25% of the EU’s 2050 target and generating €30 billion in sales within Europe alone. The global market potential is three times larger.