General > General Technical Chat
Has anyone seen this - Voltserver: "Digital Electricity"
ogden:
--- Quote from: Cyberdragon on February 17, 2018, 06:55:03 am ---I see exactly what they want to do, it's all over their website! Touting 5G interlinks and crap! It's 8Kbs,
--- End quote ---
Geez! It's power delivery in packets, not data. |O
Before you shout your uneducated arguments all over the forum - please at least know basics about subject of conversation!
p.s. It is average 1Kbps ;) I mentioned worst case, max 8KBps just to say that it does not need much frequency bandwidth to be transmitted - that audio band is enough for it meaning there will be no RF interference because of this service data channel.
I have feeling like it's discussion with flatearthers. Seriously :-DD
donotdespisethesnake:
--- Quote from: dunkemhigh on February 17, 2018, 12:47:24 am ---
--- Quote ---Just a pedantic point to be made, High Voltage (HV), as defined for regulatory purposes ...
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Accepted. I knew that when using the term but couldn't quickly think of something more succinct to differentiate from, say, trivial 12V supplies. Mea culpa :)
--- End quote ---
There are various flavors of ELV https://en.wikipedia.org/wiki/Extra-low_voltage
I think the "Digital Electricity" method can work, I think the question from the user point of view would be the lifetime of capacitors, typically these might be 5 years. Of course, if VoltServer sell new kit every 5 years that is fine for them :)
StillTrying:
"It's power delivery in packets, not data."
How do you send power in packets. It's just a fancy name for a remote on/off switch. ie. cobblers. :-DD
PlainName:
--- Quote ---How do you send power in packets.
--- End quote ---
M u s t. R e s i s t. M U S T R E S I
Bollocks.
1 0 1 1 PPP 0 1 1 0
1/0 = digital data
P = 300V power
Gosh. Look at that packetized power.
StillTrying:
--- Quote from: BrianHG on February 17, 2018, 07:13:12 am ---but in such large buildings, you can expect your data will need to go up and down some HV transformers along the way.
--- End quote ---
Well this more efficient than conventional methods system uses 336VDC with small gaps, so good luck with that!
I've looked at the site, watched the video, read all the posts here, thought, and I'm putting it somewhere between snake oil and scam.
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