DaS Energy Overunity ?

[DaS Energy]

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Computers not my thing!

[Kator01]

Hello,

where did you get these number from : 7.6 KW for 1 kg Water heated up to 100 Deg. Celsius in one second ?

specific heat-capacity of water = 4.182 Joule kg/Kelvin = Watt second kg/Kelvin

http://en.wikipedia.org/wiki/Heat_capacity

Energy stored in 1 kg water at 100 Degiee Celsus = 100 x 4182 Ws = 418.200 Ws , this value divided by 1000 = 418,2 KWs

Regards

Kator 01

[DaS Energy]

Hello,

where did you get these number from : 7.6 KW for 1 kg Water heated up to 100 Deg. Celsius in one second ?

specific heat-capacity of water = 4.182 Joule kg/Kelvin = Watt second kg/Kelvin

http://en.wikipedia.org/wiki/Heat_capacity

Energy stored in 1 kg water at 100 Degiee Celsus = 100 x 4182 Ws = 418.200 Ws , this value divided by 1000 = 418,2 KWs

Regards

Kator 01

Hello Kator 01.

Wattlow Heating America supply the heating. One litre flowing water +1*C in one second  0.076Kw.

[LibreEnergia]

Hello Kator 01.

Wattlow Heating America supply the heating. One litre flowing water +1*C in one second  0.076Kw.

No..
approx. 4.2 Joules of energy raises 1 gram of water 1 degree Kelvin.

1 watt  = 1 joule expended per second.

Therefore:

1000 g (1 litre) * 4.2 joule in one second = 4.2 KW

1 litre of water raised 100 K in one second = 420 KW.

Your numbers are out by almost 2 orders of magnitude.

[DaS Energy]

No..
approx. 4.2 Joules of energy raises 1 gram of water 1 degree Kelvin.

1 watt  = 1 joule expended per second.

Therefore:

1000 g (1 litre) * 4.2 joule in one second = 4.2 KW

1 litre of water raised 100 K in one second = 420 KW.

Your numbers are out by almost 2 orders of magnitude.

Wattlow Heating America, quote. Hoover Dam, quote. CO2 gas Industry, quote.

Refrigeration by similar means, Coles Supermarket.