(to generate electricity)
Wind power turbines, to generate electricity, provide a rapidly deployable source of clean electricity production with very high scaling multiplier.
This type of electricity generation provides huge amounts of electricity to reduce societal environmental impacts. Some wind power locations provide such predictable production as to be practically dispatchable (e.g., Oklahoma/Kansas and NW Africa coast).
Due to very high scaling multiplier, the bigger the better applies to wind turbines. Wind turbines can be concentrated at distant high wind locations, with electricity transported long distances using HVDC transmission lines (e.g., from Oklahoma to coastal states, from NW Africa to Europe, etc.).
Wind turbines, mounted on towers, generate AC electricity, via underground cables from each tower to avoid providing a perch for birds which could be harmed by accidentally flying into the moving blades of a wind generator. Other possible perch structures are also avoided when possible, such as fences, etc.
The underground lines surface away from the wind towers at AC substations, eventually connnected to HVDC lines for transmission to demand systems far away.
Contents of This Report
Overview (this page)
Return to Development & Redevelopment
Return to EnviroStudies.net
Copyright © 2020 Arc Math Software, All rights reserved
Arc Math Software, P.O. Box 221190, Sacramento CA 95822 USA Contact
2020Jun7 06:33 UTC