Re: [EVDL] 1000 x solar break through. (was EV Digest, Vol 116, Issue 13)

2022-06-29 Thread EV List Lackey via EV
On 29 Jun 2022 at 15:00, Peri Hartman via EV wrote: > If we were to "only" double the efficiency, that would be phenomenal Yeah, that would be great, but don't hold your breath. >From what I can tell, a lot of research is being done on ferroelectric PV these days, not because it's likely to

Re: [EVDL] 1000 x solar break through. (was EV Digest, Vol 116, Issue 13)

2022-06-29 Thread Peri Hartman via EV
Annoyed by leaf blowers ? https://quietcleanseattle.org/ >> -- Original Message -- From: "Haudy Kazemi via EV" To: "Electric Vehicle Discussion List" Cc: "Haudy Kazemi" ; dar...@econogics.com Sent: 28-Jun-22 19:14:16 Subject: Re: [EVDL] 1000 x sol

Re: [EVDL] 1000 x solar break through. (was EV Digest, Vol 116, Issue 13)

2022-06-29 Thread Haudy Kazemi via EV
At the cell or module level, these findings won't (can't) make such a large improvement to output. But certainly there are sub-cell fine tuning opportunities to improve overall performance. And stacking improvements helps get performance ever closer to the theoretical maximum. (A computer analogy

Re: [EVDL] 1000 x solar break through. (was EV Digest, Vol 116, Issue 13)

2022-06-28 Thread Cor van de Water via EV
PV is about 15-20% efficient (turning solar power into electricity) How do you improve that 1000 times? Cor. On Tue, Jun 28, 2022 at 6:30 PM Darryl McMahon via EV wrote: > > The paper refers to a 10^3 (1000) times improvement in efficiency of a > very specific process in the photovoltaic effect.

Re: [EVDL] 1000 x solar break through. (was EV Digest, Vol 116, Issue 13)

2022-06-28 Thread Darryl McMahon via EV
The paper refers to a 10^3 (1000) times improvement in efficiency of a very specific process in the photovoltaic effect. IMO, that won't translate into 1000 times improvement at the cell or panel level as there's a lot more going on to turn received photons into usable electricity. Darryl