Given that we don't know the degree to which the core of the star is being compressed (the degree to which its mass is being amplified), it's still possible for it to end with a bigger bang than a main sequence star of its mass would be expected to. It's clear that its mass has unnaturally increased, rather than decreasing, due to its increased energy output.Haestrom's sun doesn't seem to be of a mass large enough to go super nova. Forget what Tali said about "stars blowing up and all...." Stellar mass is going to rule all here. In fact it is in the wikia that Haestrom's sun is aging prematurely and will enter the red giant stage. It should behave no differently than our sun since Dholen is one solar mass. Mass relays seem to be typically around the orbit of Pluto in distance from their stars (about 29 AU). Dholen, like our sun, might expand to 2 AU (about the orbit of Mars). We don't have to worry about anything like a black hole or anything catastrophic. The mass relay in that system should remain safe.
You're right that a star of that mass would normally go out in a planetary nebula surrounding a white dwarf, but this isn't a normal star.





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