we're lucky that this happens at 360 Kelvin and not at 200 Kelvin or even lower.
There are ICs and components built for operating in extreme environments, like drilling. You can get SiC (silicon carbide) chips that operate above 200°C (473K), if that's important to you. There are also various semiconductors that are worse than silicon at handling high temperatures, like germanium. Old germanium circuits sometimes don't even work correctly on a hot day.
If we lived at 200K, I'm sure that there's a host of semiconductor materials which would be available to us which don't work at 300K.
For example, humanity hasn't been able to find a single appropriate material for a superconductor at room temperature/atmospheric pressure despite significant research, but a civilization living below 100 K has a myriad of options to choose from. Superconductors are high technology to us, but if your planet is cold enough then superconducting niobium wire would be a boring household item like copper wire is for us.
The Anthropic Principle is not luck.
We are lucky that those interesting things are possible. We are also unlucky that many interesting things are not possible. But given that they are possible, it was almost inevitable that most of them would be possible around us.
It’s lucky some available material worked the right way to make a transistor.
It’s lucky some person smart enough to make that work got to work on that.
History is full of lucky coincidences like that. How many Einsteins have died out in the jungle, without access to our scientific knowledge or a way to add to it? For most of history and partly still today, being a scientist wasn’t possible for just about anyone, you had to be from the right family. It’s all about luck.