- Friday, August 26th, 2011
- Posted in: Careers
Location: Major Midwest or Eastern US City
Description
PowerbyProxi is the leader in the development of wireless power transmission technology for hostile and industrial environments. The application allows for the elimination of cables or electrical contacts that are subject to failure while maintaining a reliable source of power for critical devices as well as control and data transmission [...]
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- Monday, May 23rd, 2011
- Posted in: News
Successful implementation of new generation inductive power transfer technology in wind turbines highlights advantages of wireless power in difficult industrial environments.
Cincinnati, OH, USA and Auckland, New Zealand – Monday 23 May – PowerbyProxi, the global leader in high-efficiency industrial wireless power solutions, today announced the successful trial of the Proxi-Ring™ 480, a contactless slip ring [...]
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- Tuesday, April 26th, 2011
- Posted in: News
PowerbyProxi presents: “Powering Sensors in Hostile Environments”
Alternative & Renewable Energy Open
April 27th 3:30 – 4:30 pm EDT
FREE Online Event Sponsored by GlobalSpec
April 27, 2011 – Power-by-Proxi invites you to attend a free online seminar, featuring Fady Mishriki, CEO/Business Development & Co-founder who will present “Powering Sensors in Hostile Environments”.
In this presentation, attendees will learn of [...]
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- Monday, February 7th, 2011
- Posted in: News
PowerbyProxi, developers of high-efficiency, industrial wireless power solutions, have introduced alternative power technologies that reduce or avoid the problems of brush slip ring designs. The company’s contactless slip rings transmit power and data between stationary and rotating frames without the use of conventional slip rings or brushes. In these devices, there is no physical contact [...]
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- Monday, January 31st, 2011
- Posted in: Features
Industrial designers, engineers and manufacturers in industries that employ machinery with rotating parts or operate in hostile or hard-to-reach work environments need new ways to ensure continuous data transmission and reduce critical downtime that occurs from failed electrical and mechanical connectors.
Slip ring technology was developed to overcome the constraints of power cables and mechanical components, [...]
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- Thursday, November 18th, 2010
- Posted in: News
Evaluation kits now available to test solutions to reduce operations and maintenance costs from electrical failure
CINCINNATI – November 18, 2010 – Industrial designers, engineers and manufacturers in industries that employ machinery with rotating parts such as wind turbines, radar and heavy machinery now have a new way to avoid critical downtime that occurs [...]
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The value of technology declines sharply when its usage is limited by location. One of the most restrictive factors is access to power.
When devices are used in an environment unfriendly to electrical applications or a hard-to-reach location, even the most innovative technologies lose their relevance if they don’t have the appropriate amount of power. In [...]
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- Wednesday, August 4th, 2010
- Posted in: News
The trend toward larger wind turbines, increasingly isolated installations and continued use of operate-until-failure maintenance practices drives down reliability and increases the total cost of energy (COE) of wind power operations.
As a result, wind turbine OEMs continue to search for innovative wind turbine designs with improved performance and lower COE. And, wind turbine project operators [...]
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- Monday, May 24th, 2010
- Posted in: News
Wind Turbine Operators Can Increase Uptime, Decrease Costs through a new generation of Inductive Power Transfer Technology
The first wireless power solution for wind turbines was unveiled today at the WindPower 2010 conference and exhibition in Dallas, Texas. PowerbyProxi Proxi-Ring contactless slip ring provides wireless power and data to pitch control systems in wind turbines. Proxi-Ring [...]
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PowerbyProxi’s Proxi-Ring contactless slip ring provides wireless power and data to pitch control systems in wind turbines, improving wind turbine efficiency by reducing the cost of maintaining and replacing existing mechanical slip rings and their carbon brushes.
Operation and maintenance costs are a sizable portion of wind turbine annual expenditures. By replacing traditional slip rings with [...]
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