Steam generation system suitable for fusion reactor nuclear power station

Abstract

The invention belongs to the technical field of fusion reactors, and particularly relates to a steam generation system suitable for a fusion reactor nuclear power station. The system comprises a hot steam generator, a saturated steam generator, a heat exchanger, a pressure tank, a low-temperature fluid pump, a high-temperature fluid pump, a steam-liquid separator and a plurality of switch valves.Compared with the common steam generator, the system of the invention has the following characteristics that a first loop contact interface, a second loop contact interface and a first loop device arenot additionally arranged, and a first loop is simple, so that the problems that the construction cost is increased and the safety is reduced due to the fact that the design of the first loop is complicated are effectively solved. According to the invention, the steam generated by the steam generation system is basically the same as the steam generated by the conventional fission nuclear power station steam generator; and in a fusion reactor power station, except the steam generation system, a secondary circuit and other corresponding auxiliary systems can adopt the currently mature fission reactor secondary circuit design and construction process and operation experience.

Description

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AI Technical Summary

Benefits of technology

This patented technical effect describes two ways that have been developed over time: 1) It allows continuous steady-state production (CSP), which means it produces consistently high quality steam without radioactivity or pollution concerns compared to traditional methods like boiling water). 2) There's less complex components needed than previous designs but still effective at producing pure hydrogen gas from liquid nitrogen fuel cells. These improvements make them more efficient and safer during operation.

Problems solved by technology

This patented technical solution described in this patents relates to improving the performance of existing types of steam generaers (such as boilers) when it operates with fusion reactors. However, there are limitations such as lacking continuous or reliable supply of fuel during startup due to issues like fluctuations caused by changes made over time. Therefore, another objective needs to develop more efficient solutions than current designs without compromising their effectiveness.

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