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![]() Such engines more » and critical metal bellows components have demonstrated operating times in the desired range. The approach used to achieve these objectives is to utilize a hermetically sealed Stirling hydraulic concept based on technology developed to an advanced level during the past 19 years for an artificial heart power source. Further specific objectives include a design life of 60,000 hours, minimum life cycle cost and dynamic balancing. ![]() ![]() The overall objective of this program is to develop a high confidence conceptual design for a free-piston Stirling engine based system designed to deliver 25 kW of three-phase electric power to a utility grid when coupled to the 11 meter Test Bed Concentrator (TBC) at SNLA.
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