No. How could you even think there is any logic in such a question?

Nuclear plants are vastly different from PV plants. PV involves a large number of loosely coupled modules with very large amounts of redundancy. Malfunctions in individual components do not affect the system as a whole. Contrast this to a nuclear plant, where redundancy when it exists is on a much smaller scale. The parts in a nuclear plant must be constructed with much higher reliability in order for the plant to operate. The consequences of failure are much higher.

The difference is a solar farm consists of 4 million identical modules and a quarter billion identical cells. If a cell is faulty, it decreases output of that module by 2%. If a module is faulty it either decreases the string output by 5% or costs $80 and 15 minutes to replace. If many modules are found to have a long term fault later, repowering comes at a cost penalty of about 1c/kWh. Building terawatts of solar involves trillions of identical cells, and trillions of trials to practise making them cheaply with zero penalty for iteration.

A nuclear reactor consists of many thousands of bespoke parts. If one is faulty, at the very least the whole thing is shut down while millions are spent replacing it, or possibly it kills a lot of people. Building terawatts of nuclear involves making each part thousands of times, and the penalty for iteration is thousands of man hours for validation as well as potentially shutting down every power plant with that part. If there is a major systematic flaw you are out 5-20c/kWh and years of output.