The objective of this research is to investigate the relationship between the three major hurricanes and the North Atlantic storm track that occurred in 2017–2019. To this end, using the JRA-55 data and from the energy point of view, the daily values of “eddy kinetic energy” (EKE) and the main terms involved in its dynamical evolution are computed for extratropical transition of the three hurricanes in September, which had different geographical locations. Results show that, compared to hurricane Maria, hurricane Dorian had the greatest impact on the North Atlantic storm track in the Labrador Sea due to deep convection which led to significant strengthening of the storm track. The baroclinic conversion and divergence of ageostrophic geopotential flux are the most important terms determining EKE evolution. Further, geographical location of the hurricanes during their extratropical transition has a significant effect on the changes of EKE.