Integration of RE-s in national grids – Part 2

 

Integration of RE-s in national grids – Part 2

Offshore wind power integration

David Judbarovski, systems engineering, principle inventor, judbarovskidavid@gmail.com

Tkachenko Victor, prof., DSc, director of SPE RESST  NSC KIPT, tkachenko.vikiv52@gmail.com 

 

Abstract

Realistic possibilities to create electricity much cheaper than 1.0 cent/kWh, allows gigantic wind power to integrate in the national grids, it makes my innovation stand out compared to the state-of-art technologies in the field in the innovation to recommend it to be implemented for your company future offshore wind farms. Moreover, I can offer some such technologies including their variants for offshore wind farms, where the lion cost share of them is a price of electric generators was about USD 80.0/kW, or 8000 cent / (5 years payback * 8766 hours / 0.5 capacity factor)  =~ 0.35 cent/kWh Q.EG ! 

It can be a matrix of numerous small conventional wind turbines, being inherently cheaper, because being much thinner for big area, and simpler in manufacturing, in transportation, in installation, in treatment vs. unitary gigantic wind turbines of the same power and area. Such wind power matrix is compact and can be installed anywhere, as on the land, as at the sky, as in abundant area of seas and oceans, even if in very deep waters. 

Another possibility is energy of numerous sail boats moved by wind and rotating a hydraulic turbine, is fixed underwater, and equipped by generator producing electricity, then reformed in hydrogen collected on-board, then transported to floating terminals, manufacturing artificial fuels. They are cheaper USD 70.0/barrel, if produced from H2 and atmospheric CO2, because such cheapest electricity