The proposed Jupiter Icy Moon Orbiter, JIMO, mission selected a Brayton power conversion system as its electrical power generator. Although the JIMO mission power conversion system was expected to produce in the order of 100 kW, an available 2 kW Brayton system was used to develop control system strategies for the JIMO mission. This report describes the shunt loading voltage/speed regulation control concept developed for the 2 kW system, and the transient performance of controls. The 2 kW alternator is a permanent magnet alternator as proposed for the JIMO mission, and operates at a similar speed and internal impedance, allowing it to be used as an accurate model for performance of the larger system. The JIMO mission was cancelled in Septem...
The electrical subsystem of the 2- to 15-kW Brayton power conversion system consists of the auxiliar...
Under a U.S. Department of Energy program for radioisotope power systems, Lockheed Martin is develop...
Dynamic electrical characteristics of 400 Hz Brayton cycle turboalternator and controls for space ap...
The Jupiter Icy Moons Orbiter (JIMO) mission is currently under study by the Office of Space Science...
Electric tests on Brayton rotating unit alternator, voltage regulator, and speed contro
In April 2009, NASA Glenn Research Center (GRC) formed an integrated product team (IPT) to develop a...
The control system consists of the ac-dc conversion, voltage regulation, speed regulation through pa...
The design theory and performance of a breadboard of the proposed Mini-Brayton electrical control sy...
A power source and load-control concept was designed and tested for use with a Brayton cycle turboal...
Description and performance of electrical subsystem and components for Brayton power syste
Nuclear electric propulsion has been identified as an enabling technology for future NASA space scie...
In April 2009, NASA Glenn Research Center (GRC) formed an integrated product team (IPT) to develop a...
Performance of turbine-compressor-alternator Brayton cycle unit for space electric power generatio
Power and load priorty control concept for Brayton cycle power system providing speed control and fi...
Analog computer study of parasitic load speed control for solar Brayton system turboalternato
The electrical subsystem of the 2- to 15-kW Brayton power conversion system consists of the auxiliar...
Under a U.S. Department of Energy program for radioisotope power systems, Lockheed Martin is develop...
Dynamic electrical characteristics of 400 Hz Brayton cycle turboalternator and controls for space ap...
The Jupiter Icy Moons Orbiter (JIMO) mission is currently under study by the Office of Space Science...
Electric tests on Brayton rotating unit alternator, voltage regulator, and speed contro
In April 2009, NASA Glenn Research Center (GRC) formed an integrated product team (IPT) to develop a...
The control system consists of the ac-dc conversion, voltage regulation, speed regulation through pa...
The design theory and performance of a breadboard of the proposed Mini-Brayton electrical control sy...
A power source and load-control concept was designed and tested for use with a Brayton cycle turboal...
Description and performance of electrical subsystem and components for Brayton power syste
Nuclear electric propulsion has been identified as an enabling technology for future NASA space scie...
In April 2009, NASA Glenn Research Center (GRC) formed an integrated product team (IPT) to develop a...
Performance of turbine-compressor-alternator Brayton cycle unit for space electric power generatio
Power and load priorty control concept for Brayton cycle power system providing speed control and fi...
Analog computer study of parasitic load speed control for solar Brayton system turboalternato
The electrical subsystem of the 2- to 15-kW Brayton power conversion system consists of the auxiliar...
Under a U.S. Department of Energy program for radioisotope power systems, Lockheed Martin is develop...
Dynamic electrical characteristics of 400 Hz Brayton cycle turboalternator and controls for space ap...