As we all know energy is constant and doesn't just disappear into thin air. And we also know that it usually shows up as heat.
So let's take a hypothetical scenario and compare:
- 800W convection space heater
- 800W (measured at the plug) PC powerhouse, with dual graphic cards, 5 active HDs, powerfull proc that eats loads of power, overclocked to eat it even more, cooled with standard techniques of ventilation + heat ribs (no water or liquid nitrogen to steal our heat here) and a big plasma screen to make matters at the plug even worse
Can the heater (100% efficient) be replaced with the PC system and still heat the room at the same level, does it act like 80% efficient heater, maybe 50% efficient? Where did the rest of the power went if not in heating and which components are the "cold power sinks (not converting power to heat)" in a standard PC system?
So let's take a hypothetical scenario and compare:
- 800W convection space heater
- 800W (measured at the plug) PC powerhouse, with dual graphic cards, 5 active HDs, powerfull proc that eats loads of power, overclocked to eat it even more, cooled with standard techniques of ventilation + heat ribs (no water or liquid nitrogen to steal our heat here) and a big plasma screen to make matters at the plug even worse
Can the heater (100% efficient) be replaced with the PC system and still heat the room at the same level, does it act like 80% efficient heater, maybe 50% efficient? Where did the rest of the power went if not in heating and which components are the "cold power sinks (not converting power to heat)" in a standard PC system?