In the context of global energy transition towards cleaner

more efficient

and sustainable energy sources

nuclear power is recognized as a critical base-load power source that serves as a substitute for fossil fuels

playing a pivotal role in transformation of energy structure. Key advancements in integration of large-scale energy storage technologies with nuclear power are introduced

with an emphasis on analyzing the coupling modes of thermal storage

mechanical energy storage

and electrochemical energy storage with nuclear power

as well as their potential to enhance the performance of nuclear power stations. Various methods of coupling energy storage technologies with nuclear power stations are explored

encompassing thermal

mechanical

and electrical coupling

and the effects of these methods on operation of nuclear power plants are discussed. Additionally

solutions for the integration of energy storage systems are presented

such as the redundant design of turbines and the design of heat exchanger-based energy storage. The research points out that

the development of energy storage technologies will offer a broader array of flexible technological options for nuclear power stations

aiding nuclear power in playing an even more critical role in the global energy transition.