We have a historical comparison. Just visually we've very likely exceeded that for the higher yielding strain, the lower yielder seems to have done better but jury is out on both until dry weight and subsequent extraction percentages are examined in detail.
One mistake is a ticket to instant death, property loss and or incarceration.
There is so much more to the trade than meets the eye.
Even a great electrician's work need be inspected.
Whoever did the electrician job has the same level of aptitude for this endeavour. I can't dumb it down much more. Grab a copy of the NEC and see how complicated it really is.
Assuming a 90c THHN your good to 90a on the sub panel feed.
Your load feeds are all nm-b jammed through the SE knockout in the top of the box. This indicates too much fill for that conduit size or no conduit and improper fittings / no fittings used to secure those feeds at the panel knockouts...
I run a warm res dwc. Spend your dough on lots of air bubbles, phat pumps and replace airstones often. Roots in the plentiful air column do well indeed.
I used to work in IT back in the 90's. Large environment, AS/400's, PC's, design & manufacturing.
I've seen the havoc a little software can create. IMO, there's not enough benefit to outweigh the negative in this industry.
A device that is overly complex, designed to increase productivity or ensure against loss/damage quickly becomes counterproductive with one failure due to a software bug. Mechanical / electrical issues will always be inherently required but using an analog system for critical functions...