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First of all: Space has no temperature.
There are no atoms to move, so nothing to have a temperature to be measured. However, any object in space will radiate its heat away very quickly. There simply isn't anything to stop it leaving, no insulation at all, so space "sucks" the heat energy from everything. For something that doesn't have a temperature, space is remarkably cold.
The biggest problem with temperature in space is not its absolute value; we can make hardware to operate from -80 to 120 degrees Celsius if we have to. The problem is temperature
difference.
If one side of our imaginary spacecraft is exposed to direct sunlight it will start heating, while the side facing out into deep space will cool to almost absolute zero. This will put a massive temperature differential on the spacecraft which left unchecked would warp the structure, cripple the electronics, and generally be unhelpful.
So modern satellites use
Thermal Control Systems to keep a constant (or at least managed) temperature throughout the craft.
Returning to your question:
Yes, it is possible to find an orbit that (depending on the design of the spacecraft) would provide an average (of the entire craft) temperature of between 20 and 60 degrees Celsius. However most of the craft would not actually be between those limits unless some thermal control system is implemented.
Ultimately it's a balancing act between energy in and energy out. Get that right and you can have a comfortable temperature anywhere."
So he's says you can orbit the sun and be safe , so why would you need to not be on the moon when the sun is out cuz according to science it gets 380°