If the LENR mobile is coupled with a battery, then the battery will act as
the main power supply when mobile is in call state. LENR "power station"
should be seen here only has an embedded charger. In this condition, for the
majority of the users, continuous tenth of mW is enough.

 

In current available mobiles, it is not possible to have continuous call at
2W for a long period of time before batteries get empty. Nothing new for
LENR here, because the majority of people are not ready to pay more to be
able to call at 2W power 24h/24h.

 

I'm not sure we want to have 10W heat power in our pockets. Fire hazards due
to high temperature are here a main issue. This is against a mobile without
battery.

 

  _____  

From: Jed Rothwell [mailto:[email protected]] 
Sent: jeudi 21 mars 2013 23:00
To: [email protected]
Subject: Re: [Vo]:Re: CMNS: only a perfect LENR theory should attack other
theories

 

Arnaud Kodeck <[email protected]> wrote:

 

At the beginning of a call, the mobile is emitting at full power. Then the
power is decreased over time if reception conditions are good at base
station.

. . .

 For GSM 2G 900Mhz Band, the maximum power is 2W (33 dBm)

For GSM 2G 1800Mhz Band, the maximum power is 1W (30 dBm)

 

Very interesting! Thanks for the info.

 

Still, I think that means that if you are in a bad location you will need
continuous power of 2 W. Therefore with a thermoelectric device if you want
to stay connected indefinitely, you would need enough heat to keep producing
2 W continuously. I can imagine a situation like this when someone is caught
in the wilderness or trapped in a building in an earthquake.

 

I do not think thermoelectric power conversion efficiency will remain at
only 5%. I presume it will be something more like 20% by the time this
technology matures. So, to get 2 W electricity you will need ~10 Watts
thermal.

 

Perhaps the cell phone cold fusion device could produce 10 W only in an
emergency and normally it would produce much less, to keep the handset from
getting hot.

 

You might also want a burst of high power when the cell phone is used as a
flashlight, with the screen continually at the brightest setting. Again,
this might be useful in an emergency. As I said, for someone lost in the
woods or trapped in a collapsed building in an earthquake.

 

- Jed

 

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