Tonyroid Posted May 19, 2019 Share Posted May 19, 2019 It's not an entirely new strategy, but it's an easy-to-understand presentation of it that seemed to be needed. Link to comment Share on other sites More sharing options...
SharraShimada Posted May 19, 2019 Share Posted May 19, 2019 For all of you out there, who want to know, what he´s done, and dont watch the entire video: Its a pulse battery with 2 alternating smart batterys for each exit node. Link to comment Share on other sites More sharing options...
OxCD Posted May 19, 2019 Share Posted May 19, 2019 Those dancing switches are damn sexy Link to comment Share on other sites More sharing options...
Cilya Posted May 19, 2019 Share Posted May 19, 2019 So... how to efficiently distribute more than 20kw ? Link to comment Share on other sites More sharing options...
Glassyfo Posted May 19, 2019 Share Posted May 19, 2019 Can you please change this to a post with text and pictures? The background noise in the video is awful. Link to comment Share on other sites More sharing options...
Tonyroid Posted May 19, 2019 Author Share Posted May 19, 2019 1 hour ago, bleeter6 said: Can you please change this to a post with text and pictures? The background noise in the video is awful. Do you mean the sound effects that ONI makes or the I-have-a-bad-microphone noise? Link to comment Share on other sites More sharing options...
Glassyfo Posted May 19, 2019 Share Posted May 19, 2019 2 hours ago, Tonyroid said: Do you mean the sound effects that ONI makes or the I-have-a-bad-microphone noise? Your mic. Link to comment Share on other sites More sharing options...
Denisetwin Posted May 20, 2019 Share Posted May 20, 2019 Great explanation on the settings for the smart batteries, I have never thought of that. Sound on the video is great on my tablet, very easy to understand. Link to comment Share on other sites More sharing options...
Saturnus Posted May 20, 2019 Share Posted May 20, 2019 5 hours ago, Denisetwin said: Great explanation on the settings for the smart batteries, I have never thought of that. Sound on the video is great on my tablet, very easy to understand. Too bad it's wrong. The correct setting is 25%-75% because then you have 50% "active" area, and 25% buffer on both sides to allow time for switching on and off. The explanation in the video only accounts for one of the three issues you must take into account when setting the smart battery. In the video @Tonyroid only explains that because it can sometimes take a while to switch you must have a buffer so it doesn't run dry. However, you must have an equal buffer to prevent wasting power on charging for the exact same reason. And then you must have as large an area without switching as possible to prevent the batteries switching constantly because the tick they take to change state is "dead time" where the batteries neither charge nor discharge. So 25% - 75% is the only setting that optimizes all three concerns. Link to comment Share on other sites More sharing options...
RonEmpire Posted May 20, 2019 Share Posted May 20, 2019 On 5/18/2019 at 9:16 PM, Tonyroid said: It's not an entirely new strategy, but it's an easy-to-understand presentation of it that seemed to be needed. cool video and strat. thank you for sharing. I have one question, why not just use conductive wire instead of the heavy watt one when running it to the fridge. Link to comment Share on other sites More sharing options...
Tonyroid Posted May 21, 2019 Author Share Posted May 21, 2019 21 hours ago, RonEmpire said: cool video and strat. thank you for sharing. I have one question, why not just use conductive wire instead of the heavy watt one when running it to the fridge. A conductive wire can only carry 2kw. The banks of fridges take 20kw (or 10kw), so it would overload. Link to comment Share on other sites More sharing options...
Tonyroid Posted May 21, 2019 Author Share Posted May 21, 2019 22 hours ago, Saturnus said: Too bad it's wrong. The correct setting is 25%-75% because then you have 50% "active" area, and 25% buffer on both sides to allow time for switching on and off. The explanation in the video only accounts for one of the three issues you must take into account when setting the smart battery. In the video @Tonyroid only explains that because it can sometimes take a while to switch you must have a buffer so it doesn't run dry. However, you must have an equal buffer to prevent wasting power on charging for the exact same reason. And then you must have as large an area without switching as possible to prevent the batteries switching constantly because the tick they take to change state is "dead time" where the batteries neither charge nor discharge. So 25% - 75% is the only setting that optimizes all three concerns. Aw man. I hate when I'm wrong. I'll have to go experiment with batteries some more. I'm surprised to hear that there's a dead time during switching that prevents charging, that certainly changes things. Link to comment Share on other sites More sharing options...
Saturnus Posted May 21, 2019 Share Posted May 21, 2019 2 minutes ago, Tonyroid said: Aw man. I hate when I'm wrong. I'll have to go experiment with batteries some more. I'm surprised to hear that there's a dead time during switching that prevents charging, that certainly changes things. Well. More incorrect than wrong per say. I was surprised too but if you have a power supply of for example 12KW precisely. And a load of 12KW precisely. Then the batteries will start running dry faster than the run off can account for which must mean there must be some switching "dead time". However, it doesn't happen while you're looking at it, ie. have the circuit in the field of view, only when it's out of view. Link to comment Share on other sites More sharing options...
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