Maybe buy a super-capacitor, one of those 1F things, and hook that up in parallel with the panel. Combined with a diode to prevent discharge back through the panel, it might serve to even out a few of the small changes in the incoming light.Originally posted by: xeemzor
The only problem with one of those is voltage regulation. If you are in a place with flickering light, I can't imagine that the constant large voltages changes would be good for any devices connected to it.
Originally posted by: xeemzor
The only problem with one of those is voltage regulation. If you are in a place with flickering light, I can't imagine that the constant large voltages changes would be good for any devices connected to it.
Originally posted by: CraKaJaX
Originally posted by: xeemzor
The only problem with one of those is voltage regulation. If you are in a place with flickering light, I can't imagine that the constant large voltages changes would be good for any devices connected to it.
It's not like it's supposed to be used at a rave party or anything.
Originally posted by: xeemzor
Originally posted by: CraKaJaX
Originally posted by: xeemzor
The only problem with one of those is voltage regulation. If you are in a place with flickering light, I can't imagine that the constant large voltages changes would be good for any devices connected to it.
It's not like it's supposed to be used at a rave party or anything.
I was thinking how uneven light is in a car. While you are driving around, you are constantly hitting patches of shade and direct sunlight.