Nuclear takes fuel and creates waste though, solar and wind do not. That's why they'll be more sustainable and affordable in the end.
The new type of nuclear fission reactors (i.e., Molten Salt Reactors) expend nearly all of the fuel they utilize, leaving nearly no nuclear waste (i.e., it can utilize upwards of 100% of the fuel rather than 3 to 5 % of the fuel like Light Water Reactors currently do; MSRs can even burn the nuclear waste from LWRs as fuel!). And what tiny bit does remain as waste from MSRs is only radioactive for between 200 and 300 years rather than 10,000 years plus, as is the case with LWRs.
Nuclear fusion, on the other hand, produces literally zero nuclear waste. Fusion will always be the end goal, but MSRs will bridge the gap until they are commercially viable.
Also, PVs (photovoltaics) can produce massive amounts of waste at the end of their lifecycle, which is typically 30 to 35 years per cell array. It's not easy to recycle and there are lots of rare earth elements that could be put to better use. Windmills require massive amounts of energy to manufacture, transport, and install. They are also a challenge to maintain.
Both of those only make sense in certain environments and under certain conditions, until energy density and conversion efficiency improve. These forms of renewables can be a nice compliment to nuclear baseload power generation, as they can help provide peak/surplus power generation.
Note/Fun Fact: nuclear fuel is so energy dense that, even though the current Light Water Reactors have a paltry Fuel Utilization Efficiency of 3 to 5% best, all the nuclear waste from all LWR reactors globally over the past 80 years they've been in operation could fit in the space of a single football field, stacked less than nine feet high.