Add to ORKGThis paper gives the results of an engineering assessment for future, long-lived space power systems for extraterrestrial applications. Solar-based, regenerative fuel cell power plants formed from either alkaline or PEM components are the focus. Test results on advanced PEM fuel cell stack components are presented. 7 refs., 4 figs., 1 tab
The potential of the alkaline electrolyte fuel cell as the power source in a multi hundred kilowatt ...
Fuel cell technology has been playing a vital role in space exploration since the 1900s. Fuel cell s...
Fuel cell technology has been playing a vital role in space exploration since the 1900s. Fuel cell s...
Next generation telecommunication satellites will demand increasingly more power. Power levels up to...
This paper describes the development and testing of a 1 kW reversible solid oxide fuel cell intended...
For new space ventures, power continues to be a pacing function for mission planning and experiment ...
The status of the baselined shuttle fuel cell as well as the acid membrane fuel cell and space-orien...
This paper presents the preliminary results of a recent National Aeronautics and Space Administratio...
This paper presents the results of an assessment of the requirements and technology for the Proton E...
In this paper, two main groups of technologies and applications that can be distinguished regarding ...
In this paper, two main groups of technologies and applications that can be distinguished regarding ...
The versatility and flexibility of a regenerative fuel cell power and energy storage system is consi...
Power systems for human spacecraft have historically included fuel cells due to the superior energy ...
The results of a 12 month study to identify high performance regenerative hydrogen-oxygen fuel cell ...
Hydrogen-oxygen fuel cells have been shown, in several NASA and contractor studies, to be an enablin...
The potential of the alkaline electrolyte fuel cell as the power source in a multi hundred kilowatt ...
Fuel cell technology has been playing a vital role in space exploration since the 1900s. Fuel cell s...
Fuel cell technology has been playing a vital role in space exploration since the 1900s. Fuel cell s...
Next generation telecommunication satellites will demand increasingly more power. Power levels up to...
This paper describes the development and testing of a 1 kW reversible solid oxide fuel cell intended...
For new space ventures, power continues to be a pacing function for mission planning and experiment ...
The status of the baselined shuttle fuel cell as well as the acid membrane fuel cell and space-orien...
This paper presents the preliminary results of a recent National Aeronautics and Space Administratio...
This paper presents the results of an assessment of the requirements and technology for the Proton E...
In this paper, two main groups of technologies and applications that can be distinguished regarding ...
In this paper, two main groups of technologies and applications that can be distinguished regarding ...
The versatility and flexibility of a regenerative fuel cell power and energy storage system is consi...
Power systems for human spacecraft have historically included fuel cells due to the superior energy ...
The results of a 12 month study to identify high performance regenerative hydrogen-oxygen fuel cell ...
Hydrogen-oxygen fuel cells have been shown, in several NASA and contractor studies, to be an enablin...
The potential of the alkaline electrolyte fuel cell as the power source in a multi hundred kilowatt ...
Fuel cell technology has been playing a vital role in space exploration since the 1900s. Fuel cell s...
Fuel cell technology has been playing a vital role in space exploration since the 1900s. Fuel cell s...