Analysis of Dynamical Marketing Strategy Modeling for Small Modular Reactor (SMR)

Abstract

Using the Hubbert and System Dynamics (SD) methods, the commercialized South Korean Small Modular Reactor (SMR), the System-integrated Modular Advanced Reactor (SMART), is studied for the marking assessment using the non-linear modeling. It is shown for the calculation modeling of the Hubbert method where the period is from 2015 to 2030, because the SMR is expected to be totaled as many as 180 in 2030. However, this period is just an estimated value for this modeling. The uncertainty is expressed in the SD modeling with the described variables. In addition, several variables considered method has a different assessment trend comparing to the Hubbert equation assessment. There are some results as the SMR product, the cumulative product, and the product in maximum time. In the initial stage of the Hubbert modeling, the Product is near 2.0 which could mean the SMART export to Saudi Arabia. Some strategies to nuclear renaissance are discussed including the safety and security technology in nuclear industry with a highest priority. Furthermore, the free-human error technologies have been developed with the robotics technology.