This is one of the hardest jobs there is to do at a top tier level
The electronics knowledge to identify parts, known crap parts and so on is a rare skillset to have
I want the opposite for PSU. Give me the details and write it for dummies like me. Don't care for any jokes. I just need to know if it will handle 100% and for how long.
This
The best approach is to give you the summary first, then the why after
2.1 Jiggawatt capacitor: B grade at best
[Technical boring reasons why, because it requires you to feed it a rare dying breed of bananas every 2.61 days or it strands you in the 1880's with a broken delorean]
An editor can help a technical person make it easier to consume, but no one can add-in that level of hardware knowledge except the person testing it
I've seen some amazing reviews with all the raw data, but comparing it to the other provided examples i just cant understand *why* the author has the views they do - sometimes it feels like you read "wobbly line has more wobble than the other which is bad, 9.5/10 highly recommend"
Those of us after different facts (maximum peak wattage, maximum sustained wattage, consistent noise levels with varying loads) want to know how each part performs seperately, then have the conclusion slap em all together
I've read reviews on really cheap PSU's that performed amazing but had noisy fans - and it's quite simple for a user to replace that fan safely, if they're willing to void the warranty on that unit
Same thing for if a PSU has short cables or long cables - dont just give a measurement, tell us if its above or below average. Tell us if the SATA connectors are spaced closer than normal for smaller cases, or at the far ends of extra long cables making it a nightmare for mATX users - we can't tell just by numbers alone and need someone experienced to tell us how these values differ, and why they matter