Yes, but it has its own sunshade, with all the complexity and SPOFs it entails. The point is that at L2 it only needs a relatively small sunshield to block the three way too bright things in the sky, without having to move a lot to keep them shielded. On the lunar far side, it would have to block one whole hemisphere of the sky (ie. the lunar surface) PLUS the sun, which moves in the sky, PLUS insulate the structure from conducting heat from the surface. Oh, and radio doesn't work too well through 3000 km of rock so you'd need a relay satellite system just to communicate with Earth. And you'd need a non-solar source of power for the 14-day lunar night.

But building an infrared telescope in one of the permanently shaded polar craters? That just might make sense at some point, but likely not we have robust crewed infrastructure in place. The polar areas are very attractive from a crewed mission perspective as well, because we now know there are sizeable amounts of water ice there and at the same time on the crater rims you can get continuous sunlight for solar panels.