Floating power plants can put an end to sea winds: the best they are

< img src = "/uploads/blogs/f6/99/ib-Fqs3e5Kb_a4999EA2A.jpg" Alt = "Floating Power Plants can put an end to marine wind generators: what they are better"/> ~ < p > Seatwirl turbines with a capacity of 1 MW do not depend on the wind direction and also use the lifting force of sea waves, while easy to maintain and repair.

< p > Seatwirl develops floating vertical-axial wind turbines. Ecotias believes that technology can turn over traditional wind energy at least in North America.

< P > Seatwirl designed its installation specifically for deep -sea offshore zones. They float on water and can potentially replace windy power plants, which are fixed at the bottom and often faced with difficulty in bad weather. Besides, they are quite expensive to serve.

< p >However, new rotors for marine wind generators have recently been developing in the United States. They can greatly increase their power and performance.

< p > being far from the shore, Seatwirl wind generators do not occupy land that can be used for agriculture and do not interfere with settlements nearby. In addition, Seatwirl works differently than ordinary turbines because it is almost independent of wind direction and can produce electricity uninterrupted.

< p > The installation uses not only air flows, but also the lifting power of oceans, which improves productivity. The design of the floating system allows to produce energy where the bottom is located very deep and ordinary winds are simply impossible to install.

< p >SEATWIRL turbines with the vertical axis are designed to simplify construction operations and provide better experience of installation and maintenance procedures. High efficiency makes it easy to scale marine wind power plants, which leads to a decrease in production costs. Remote objects with their help get better access to clean energy because the compact structure simplifies installation and moving.

< P > SEATWIRP wind power plants use a single rotating block from the tower and spars components to reduce the center of gravity, steel content and complexity of maintenance. The small number of moving components leads to the fact that the installations are cheaper and they are less likely to fail. It also reduces downtime due to technical malfunctions or breakage. Ultimately the technology should save millions of dollars.

< p >< iframe width = "560" Height = "314" SRC = "//www.youtube.com/embed/wmftw4ldgui" Alowfullscreen = "ALLOWFULLSCREN" >0 ~/IFrame >0 ~/P > < P > According to the media, Seatwirl technology will make a significant contribution to global efforts to reduce fossil fuel, while setting national energy self -sufficiency and fighting with climate change. < P > According to SEATWIRL, technology can be easily expanded by the development of large turbine models for future projects. Initially, the company developed a 1 MW installation, but in 2025 they plan to present a model for 7 MW, and in 2028 & mdash; on 10 MW.