True except nuclear is basically a renewable itself given that we have enough fuel in reserve for 70k years or so. If we could get the capital and operating (including waste storage) costs down, it would basically be free energy. Barring achieving that, it is a problem that we should keep working on, it would be a pity to see nuclear plant development completely stopped (well, unless someone figures out profitable fusion).
For a long-term nuclear strategy you need breeder reactors which extract nearly 100 times more energy from the same fuel (and at the same time help a lot with the nuclear waste problem), or a way of getting Uranium out of sea water.
The 200 years number is for the most inefficient (and producing most radioactive waste) types of reactors, but those reactors are also the only ones USA wants you to have, so...
Most fast/breeder reactors get a knee-jerk reaction from so-called "nuclear haves". I think only France (a nuclear state) and Japan got close to so-called "plutonium economy" when it comes to reprocessing spent fuel, and even they don't use fast reactors on mass scale.
Most high fuel efficiency designs are fast reactors, or they employ extra radiation source to "burn down" the fissile material.
