THE NoviOcean Hybrid Energy Converter (NHEC) is poised to revolutionize the way we harness renewable energy at sea. This ingenious device, developed by a Swedish company, aims to simultaneously capture energy from waves, wind and the sun, transforming the ocean into a gigantic electricity generator.
The principle is based on a floating platform equipped with several capture systems. The first, and most important, is the one that converts wave energy in electricity. Anchored to the seabed, the platform uses the rising and falling movements of waves to operate a hydraulic turbine which generates electricity. According to NoviOcean engineers, 65% of the energy produced by the NHEC comes from this source.
In addition, wind turbines are installed on the surface of the platform to capture wind energy, contributing up to 30% of total production. Although solar energy represents only a small part of the whole (approximately 5%), photovoltaic panels placed on top of the platform add additional stability by guaranteeing continuous production, even in the absence of wind or waves. All of these technologies work in synergy to maximize the production of renewable energy, whatever the weather conditions.
https://srqbacklot.com/actualite/la-chine-deploie-une-turbine-de-300-mw-capable-dalimenter-125-de-lelectricite-de-pekin-a-elle-seule/595209/
Advantages of harnessing waves and hybrid energy
One of the main advantages of the NoviOcean system lies in its exploitation of wave energy, a hitherto underutilized resource. Unlike solar and wind power, wave power is much more predictable and consistent. Waves continue to form at sea even in the absence of wind, providing stable and predictable energy production, a significant advantage for power grids that rely on intermittent sources. By combining multiple energy types, the
NHEC guarantees continuous production. When the wind dies down, wave energy takes over, and even during calm periods, solar panels provide a contribution. This hybrid model therefore ensures greater resilience to changing weather conditions, making it a promising solution for offshore energy parks. https://youtu.be/vJ_i65Xh-lg?si=MrCkxClD7pdYIqR0The potential for developing hybrid energy at sea
The future of renewable energy could well be at sea, and the
NoviOcean Hybrid Energy Converter
(NHEC) is a major step in this direction. With the possibility of being integrated into existing offshore wind farms, this hybrid device offers a unique opportunity to optimize current infrastructure. Indeed, thanks to the combination of wave and wind energy, NHEC platforms can share the cables and transmission networks already in place for wind turbines. This synergy not only reduces installation costs, but also increases electricity production on limited marine surfaces. https://srqbacklot.com/technologies/ce-scooter-electrique-rivalise-avec-les-125-cm%c2%b3-tout-en-offrant-un-design-premium/595196/ A single NHEC is capable of producing between400 and 1,000 kW
, but the real potential lies in their installation in a network. On an area of one square kilometer, up to
15 MW of energy can be generated thanks to the combination of several platforms. This impressive energy efficiency makes the NHEC a key player in the future of offshore renewable energy. Engineers believe that with larger-scale development, this technology couldmeet the energy needs of millions of homes , while reducing dependence on fossil fuels https://youtu.be/sABzqKXpbYw?si=BZMPHWd5kxNJBV6P Outlook for the renewable energy marketThe hybrid technology proposed by NoviOcean is not only a technical innovation, it also represents an economic opportunity for coastal countries. By integrating these platforms into marine areas already exploited by offshore wind farms, governments and companies can improve their
overall energy efficiency
while benefiting from existing infrastructure. In addition, this type of development would create new jobs in the
construction, maintenance and operation of these hybrid platforms. However, there are many challenges to overcome. In particular, it will be necessary to answer the questions of long-term sustainability infrastructure at sea and the possibilities
environmental impacts on marine ecosystems. However, if these obstacles are overcome, NoviOcean’s technology could play a crucial role in global energy transition . By combining several renewable energy sources on the same platform, this hybrid approach could significantly reduce our dependence on fossil fuels and accelerate the fight against climate change.