Abstract
This paper summarizes the characteristics and test requirements of the thorium-based molten salt reactor protection system, and proposes a test platform design for the fourth-generation thorium-based molten salt reactor (TMSR) protection system. It mainly includes system design, hardware selection, software design and system interface. Based on the Producer-Consumer software architecture built by virtual instrument technology, the test platform uses the NI PXI hardware platform to realize channel testing, functional testing, online debugging and other functions. This design can fully test and verify the protection system without the process system, and can be extended to test other reactor-type protection systems or monitoring systems.
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