1 / 1

Why We Love Wfi (And You Should, Too!)

Many different technologies have been developed to convert waves into electricity. Two of the most promising technologies take advantage of the vertical motion of waves. The first of these is a buoy or point-absorber generator. These designs contain a fixed component and a floating component. Waves move the floating component up and down in relation to the fixed component, driving one of several types of systems. An arm protruding from the buoy can be attached to a crank, which then turns a mechanical generator. Similarly, self-contained hydraulic pumps can be driven by the motion of the buoy,

vesterxzox
Download Presentation

Why We Love Wfi (And You Should, Too!)

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Many alternative technologies happen to be formulated to transform waves into electrical power. Two of by far the most promising technologies benefit from the vertical motion of waves. The primary of these is really a buoy or position-absorber generator. These types have a hard and fast element and a floating part. Waves shift the floating part up and down in relation on the fixed element, driving one among many different types of methods. An arm protruding with the buoy might be connected to the crank, which then turns a mechanical generator. Similarly, self-contained hydraulic pumps might be driven from the movement from the buoy, then driving a hydraulic motor. Yet one more procedure works by using the motion to pump pressurized sea drinking water. This pressurized sea drinking water can then be pumped via a turbine or perhaps pumped onshore to generate osmotic desalination procedures. Buoy generators are now getting used in various places. Finavera has tasks in waters off Portugal, Africa, and also the North Pacific waters in the US and Canada. Oregon State University has a pilot challenge from the Coastline of Reedsport, and CETO, incorporates a challenge functioning off Western Australia. The next type of structure that will take advantage of vertical motion is called an attenuator, also known as floor-following technological innovation. Pelamis devices have cornered this part of the marketplace, and practically no other technologies are offered. These turbines derive their identify from Pelamis platuris, a yellow- bellied sea snake, a fitting identify looking at the generator's prolonged, slender design and style, and its oscillating actions. The machine includes lengthy, buoyant tubes connected by two arms at movable joints. As the waves alter the angle of two tubes with regard to one another, hydraulic pumps get more info are compressed and stretched, driving hydraulic generators. These Pelamis generators are being used on earth's very first commercial wave farm, the Aguçadora Wave Park off Portugal, in addition to while in the 3MW wave farm from the Coastline of Scotland.

More Related