Multivariant combined supply integrated nuclear reactor system

Abstract

The invention discloses a multivariant combined supply integrated nuclear reactor system, comprising a nuclear reactor, a sea water desalination module, a fresh water storage tower, a group or multiple groups of energy conversion and supply terminals, and an energy output regulator, wherein the energy output regulator is used for preferentially distributing the energy provided by the nuclear reactor to a group or multiple groups of energy conversion and supply terminals; the sea water desalination module is a power balance part, and used for applying the rest energy after distribution to generate fresh water; the fresh water storage tower is used for storing fresh water generated from the sea water desalination module, wherein the output power of the nuclear reactor is maintained at a constant level; a group or multiple groups of energy conversion and supply terminals perform the power adjustment on the energy demand side. As the energy source, the nuclear reactor improves the stability and persistence of the energy supply, and has good adjusting flexibility; the energy fluctuation is transferred to the storable fresh water resource.

Description

technical field [0001] The invention relates to an integrated nuclear reactor system of multi-component joint supply. Background technique [0002] The distributed energy supply system is a new generation of energy supply mode. Conventional distributed energy uses combined heat and power or combined cooling, heating and power. According to the characteristics of distributed energy, the energy source is generally solar or wind power generation. These energy sources are affected by the weather. And environmental impact, can not provide a stable and continuous energy supply. [0003] The dynamic adjustment and matching of the energy output of the energy source according to the demand side poses a great challenge to the equipment stability of the energy source. At the same time, a method that can adjust various energy demands under the condition of constant energy demand on the supply side is required. [0004] In addition, for special environments, a variety of energy supply n...

AI Technical Summary

Problems solved by technology

[0002] The distributed energy supply system is a new generation of energy supply mode. Conventional distributed energy uses combined heat and power or combined cooling, heating and power. According to the characteristics of distributed energy, the energy source is generally solar or wind power generation. These energy sources are affected by the weather. and environmental impact, unable to provide a stable and continuous energy supply

[0003] Dynamically adjust and match the energy output of the energy source according to the demand side, which poses a great challenge to the stability of the energy source equipment. At the same time, a method that can adjust various energy demands under the condition of constant energy demand on the supply side

[0004] In addition, for special environments, a variety of energy supply needs are required, including basic survival needs such as electricity, heat, cold and water, and the existing technology does not provide an integrated energy solution for multiple energy co-supply

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