Different Techniques for Generation of Electric Power Using Nuclear Energy

Now a day in society, there is an on-going worldwide a requirement for additional energy that must be cleaner than energy generated via conventional generating methods. This requirement has aided the Distributed Generation's expansion (DG) technology, particularly forms of sustainable energy (RES). The widespread deployment in today’s world with these energy resources’ power grids may undeniably reduce the danger of Climatic changes and global warming. These energy sources' power output, on the other hand, is less dependable and difficult to adapt to shifting demand cycles than conventional power sources' output. Only by storing the surplus electricity generated by DG-RES can this disadvantage be successfully addressed. As a result, energy storage is a critical element in making these new sources fully dependable as main energy sources. a summary of existing and prospective technology for energy preservation for electricity generation applications is presented in this paper. The majority some of the technology now in use, while some is still being researched and developed. A comparison of the different technologies is given in terms of each technology's most significant technical features. In terms of the optimum networks operation environment and the amount of energy stored, the comparison reveals that each storage method is unique. This implies that, in order to get the best outcomes, the unique network environment and storage device specs must be carefully examined before deciding on the best storage technology to use.