Powering Missions to Deep Space in a New Way
F-100A Super Sabre Airplane by NASA on The Commons
License (according to Flickr): No known copyright restrictions
License (according to Flickr): No known copyright restrictions
This Advanced Stirling Convertor is considered the workhorse element of a new generation of radioisotope power systems. Image credit: NASA How do you get clinical objectives into deep room or shady environments and keep them operating securely and successfully for lots of years? It takes trusted, reliable power systems that last a long time. A new generation of electrical power systems for possible objectives to a few of the darkest, coldest areas in the solar system and beyond is under development by Sunpower, Inc. , an Ohio-based business working with NASA Glenn Research Center, the Department of Energy (DOE) and Lockheed Martin. Sunpower just recently demonstrated the newest version of its Advanced Stirling Convertor (ASC). The ASC is the vital "workhorse" element of this new generation of radioisotope power systems, which are known as Advanced Stirling Radioisotope Generators (ASRGs).
People:
Nancy Smith Kilkenny
Overall Sentiment: 0
Relevance: 0.213653
Wayne Wong
Overall Sentiment: -0.0770765
Relevance: 0.201865
| Sentiment | Quote |
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| -0.212995 | "This Stirling power system will make missions possible where solar or chemical power sources, including batteries or fuel cells, are not feasible or are not adequate to meet mission requirements," says Wayne Wong, ... |
| -0.145002 | "This Stirling power system will make missions possible where solar or chemical power sources, including batteries or fuel cells, are not feasible or are not adequate to meet mission requirements," says Wayne Wong, Advanced Stirling Convertor project manager at Glenn. "The convertors manufactured by Sunpower have completed early tests and will continue to be tested to demonstrate key aspects of the expected operation of the flight units." |
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Lockheed Martin
Overall Sentiment: 0
Relevance: 0.196998
John Hamley
Overall Sentiment: 0
Relevance: 0.188628
| Sentiment | Quote |
|---|---|
| 0.27241 | "The new power system is three to four times more efficient than more traditional radioisotope generators, so it can use four times less plutonium-238 fuel than the current technology to generate a comparable amount of electrical power," says John Hamley, ... |
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Additional Info:
Organization: NASA
Overall Sentiment: 0.0890688
Relevance: 0.863769
Disambiguation: Company | GovernmentAgency | AirportOperator | AwardPresentingOrganization | SoftwareDeveloper | SpaceAgency | SpacecraftManufacturerReferences:
Organization: ASRG
Overall Sentiment: -0.0564248
Relevance: 0.427742
Company: Sunpower
Overall Sentiment: 0.130899
Relevance: 0.564615
Company: Sunpower, Inc.
Overall Sentiment: -0.154584
Relevance: 0.312034
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Powering Missions to Deep Space in a New Way
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Getting scientific missions into deep space takes reliable, efficient power systems.
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