This report describes the research results to date to identify regulatory implications of DT
technologies and their uses. Specifically, this report reviews current regulatory guidance …

Nuclear power has a crucial role in providing safe, reliable, and economical carbon-free
electricity for today and the future. For continued operation, many of the existing United …

Existing nuclear power contributes to roughly 20% of the total electricity generation, and
consistently provides the highest capacity factor of any other electricity generating resource …

As part of the Advanced Research Projects Agency-Energy (ARPA-E) GEMINA program, this
research is developing a predictive maintenance digital twin (DT) for the General Electric …

Unlike renewables such as wind and photovoltaics, nuclear power is a carbon-free source of
energy that offers reliable, dispatchable baseload energy. This unique characteristic makes …

Recent changes in natural gas prices combined with reduced capital costs for solar and
wind systems has created challenges for the continued operation of existing nuclear power …

Modeling, experimentation, and validation activities in nuclear systems are typically focused
on physical processes and phenomena. However, nuclear systems are largely monitored …

The United States nuclear industry needs to identify and implement a new strategy that will
lower operating and maintenance costs while maintaining safety for existing plants. The …

A new strategy in the way in which the United States nuclear power plants (NPPs) are
operated, maintained, and supported is needed. One such strategy is to transform the NPP …

The United States nuclear industry is in need of identifying and implementing a new strategy
that will lower operating and maintenance costs while maintaining safety for existing plants …