As I keep pointing out, a number of you are posting links to articles you clearly haven't actually read. Yes, it's very clear that the PV industry as a whole is now net energy positive. Which says little or nothing about whether any individual panel or installation is. Put a panel on a fixed mount in the shade, and of course it's a loser. Or are you going to suggest that keeping a solar panel in a dark closet has some kind of magical energy-generating properties too?
The article you quote below is not on this point, but it also is not a peer-reviewed article and (unsurprisingly) is far more equivocal than you suggest. Did you read it? Carefully?
Dispute it? It disputes itself! Here is a quote from the fourth paragraph:
"Purifying and crystallizing the silicon are the most energy-intensive parts of the solar-cell manufacturing process."
Here is a quote from the sixth paragraph, the one discussing that bar chart you attached:
"To calculate payback, Dutch researcher Alsema reviewed previous energy analyses and did not include the energy that originally went into crystallizing microelectronics scrap."
In other words, that bar chart is a fantasy: it represents how good PV could be if only in the real world one could omit "the most energy-intensive part" of the manufacturing process!
But that's hardly the issue, is it? As the article itself says in the third (italicized) paragraph, "Based on models and real data, the idea that PV cannot pay back its energy investment is simply a myth." Of course that is right. Many papers, some cited here, clearly establish that fact. However, it goes absolutely nowhere to establish that some particular PV installation does pay back its energy investment; certainly not that every PV installation necessarily pays back its energy investment, which seems to be what you're arguing.
It's not black and white. Why do you have such a problem with grey?