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Idaho National Laboratory (INL) has selected Aerojet Rocketdyne as the lead subcontractor for the first of three phases toward the development of a dynamic radioisotope power system for a lunar demonstration mission by the late 2020s as outlined in Space Policy Directive-6.
The goal of this technology demonstration is to develop and demonstrate performance of a system that is three times m Idaho National Laboratory (INL) has selected Aerojet Rocketdyne as the lead subcontractor for the first of three phases toward the development of a dynamic radioisotope power system for a lunar demonstration mission by the late 2020s as outlined in Space Policy Directive-6.
The goal of this technology demonstration is to develop and demonstrate performance of a system that is three times more efficient than the current radioisotope power system technology. The dynamic radioisotope power system will use decay heat from plutonium-238 to create electricity via dynamic power conversion.
The first phase of this multiphase project is a 13-month contract worth approximately $3 million to design a system-level dynamic radioisotope power system concept. With successful completion of the first phase, the project will progress through additional phases to fabricate and qualify a dynamic radioisotope power system for demonstration on the moon and for future science exploration missions. This effort is coordinated through NASA's Radioisotope Power Systems program office.
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Idaho National Laboratory
Nuclear Power News - Nuclear Science, Nuclear Technology
Powering The World in the 21st Century at Energy-Daily.com
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