Contract Award: $1,395,953.00 For 1KWe Stirling
Posted: Tue Aug 07, 2012 10:20 am
Does anyone in the Forum have a working design for a Commercial Stirling?
Solicitation Number:
11-002 Notice Type:
Award Notice
Contract Award Date:
March 19, 2012
Contract Award Number:
N00014-12-D-0186-0001
Contract Award Dollar Amount:
$1,395,953.00
Contractor Awarded Name:
BATTELLE MEMORIAL INSTITUTE
Contractor Awarded DUNS:
007901598
Contractor Awarded Address:
505 King Avenue
Columbus, Ohio 43201-2693
United States
Synopsis:
Added: Mar 21, 2012 9:30 am
Battelle Memorial Institute (BMI) will develop a fully ruggedized expeditionary power generator based upon a free-piston stirling engine and linear alternator, powered by solar energy and a compact combustor uses concentrated sunlight as its energy source, with a compact combustor to power the engine when sunlight is insufficient. BMI proposes to use three smaller modular units, each employing 1kw sunpower free-piston stirling engine driving a highly efficient, low-mass linear alternator. The primary objective of this research effort will be to design an affordable solution for achieving reductions in expeditionary fuel usage.
Contracting Office Address:
Solicitation Number:
11-002 Notice Type:
Award Notice
Contract Award Date:
March 19, 2012
Contract Award Number:
N00014-12-D-0186-0001
Contract Award Dollar Amount:
$1,395,953.00
Contractor Awarded Name:
BATTELLE MEMORIAL INSTITUTE
Contractor Awarded DUNS:
007901598
Contractor Awarded Address:
505 King Avenue
Columbus, Ohio 43201-2693
United States
Synopsis:
Added: Mar 21, 2012 9:30 am
Battelle Memorial Institute (BMI) will develop a fully ruggedized expeditionary power generator based upon a free-piston stirling engine and linear alternator, powered by solar energy and a compact combustor uses concentrated sunlight as its energy source, with a compact combustor to power the engine when sunlight is insufficient. BMI proposes to use three smaller modular units, each employing 1kw sunpower free-piston stirling engine driving a highly efficient, low-mass linear alternator. The primary objective of this research effort will be to design an affordable solution for achieving reductions in expeditionary fuel usage.
Contracting Office Address: