SatCon Wins Air Force Aerospace Generator Contract
Boston, MA - SatCon Technology Corporation, a developer and supplier of power management and system architecture solutions for the alternative energy and distributed power markets, recently announced that it has been awarded a Phase I SBIR contract with the U.S. Air Force Research Laboratory to develop a high speed, power dense generator for airborne applications in the range of 100-300 kW scalable to the MW-class for directed energy weapon (DEW) power supplies.
SatCon is currently developing starter/generators, traction motors, and generators for ground and undersea vehicles. This award expands SatCon's portfolio of electric power conversion technologies with the development of a generator for aerospace applications based on advanced permanent magnet machinery design concepts. This work is a direct follow-on from machinery research conducted for the US Army, Ft. Belvoir, for a HMMWV inline generator and an active development program with the Army Research Laboratory for a 410kW hybrid electric tactical vehicle generator. This machine technology has direct applicability to military and dual-use civilian series hybrid vehicles, on-board vehicle power (OBVP), and for generator set applications. This concept will also be scalable to MW-class applications such as airborne directed energy weapons (DEW) and naval ship power generation. The objectives for this program are high-speed capability, rugged design, high power density, and affordable manufacturing capability.
SatCon's President & Chief Executive Officer, David Eisenhaure, stated "In addition to opening up opportunities for future military aircraft power applications, this new SatCon program further solidifies our push into the hybrid electric vehicle sector for military, commercial, and passenger applications. SatCon is targeting best in class solutions for the widest possible range of hybrid electric vehicle and power conversion applications through a broad array of developments."
SOURCE: SatCon Technology Corporation