How Cuba Survived Peak Oil
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URL: http://www.planetark.com/dailynewsstory.cfm/newsid/36464/story.htm Website: http://www.planetark.com/dailynewsstory.cfm/newsid/36464/story.htm
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URL: http://www.ens-newswire.com/ens/may2006/2006-05-22-03.asp Website: http://www.ens-newswire.com/ens/may2006/2006-05-22-03.asp
SFC Smart Fuel Cell (BCN:F3C)(GER:F3C)(FWB:F3C) technology has been selected for providing a fuel cell based power solution to an important military program. In the context of a US Air Force order, SFC is to develop a Fuel Cell based Lightweight Portable Power System for Battlefield Airmen within the next ten months. The value of the development order amounts to US$ 500,000. SFC has won this tender based on successful completion of the US Air Force Spiral I task to develop a lightweight high efficiency power manager in DT/OT analysis. A further reason for adoption of SFC technology in the US Air Force project is the AFRL proven excellent energy efficiency of the system, based on the use of inexpensive but high energy density methanol. As a consequence, SFC has now been awarded the task to create an advanced power supply system for Airmen for the US Air Force. The power system will consist of three components: an advanced version of SFC’s successful lightweight FCPS soldier portable fuel cell, custom engineered to US Air Force specifications, SFC’s high efficiency Power Manager, and an innovative Harris PRC 117 interface. “We are excited to work with SFC. They have demonstrated an ability to […]
SFC Smart Fuel Cell (BCN:F3C)(GER:F3C)(FWB:F3C) technology has been selected for providing a fuel cell based power solution to an important military program. In the context of a US Air Force order, SFC is to develop a Fuel Cell based Lightweight Portable Power System for Battlefield Airmen within the next ten months. The value of the development order amounts to US$ 500,000. SFC has won this tender based on successful completion of the US Air Force Spiral I task to develop a lightweight high efficiency power manager in DT/OT analysis. A further reason for adoption of SFC technology in the US Air Force project is the AFRL proven excellent energy efficiency of the system, based on the use of inexpensive but high energy density methanol. As a consequence, SFC has now been awarded the task to create an advanced power supply system for Airmen for the US Air Force. The power system will consist of three components: an advanced version of SFC’s successful lightweight FCPS soldier portable fuel cell, custom engineered to US Air Force specifications, SFC’s high efficiency Power Manager, and an innovative Harris PRC 117 interface. “We are excited to work with SFC. They have demonstrated an ability to […]
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