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Author Topic: Up to 99% less mass and energy consume by aequivalent comfort  (Read 1026 times)

Offline lancaIV

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Up to 99% less mass and energy consume by aequivalent comfort
« on: August 29, 2019, 01:14:39 PM »
Our global future development :

US conventional house weight 150 ton
B. Fuller "dymaxion house" 1,4 ton
100 : 1

US conventional cube house caloric Wp 12000
MDI dome house 2400 Wp
MDI dome house coated 1200 Wp
Infrared heater 120 Wp electric for 1200 Wp caloric
Electric force amplifier input to heater 12 Wp

1000 : 1

Conventional solar cell panel 16 Wp/Kg
M.I.T solar cell 6 Wp/gram

375 : 1

Conventional Diesel /gasoil compact car class 6 Lt./ 100 Km consume
Electric car differential drive 0,75 KW/100 Km

100 : 1 conventional household electricity consume per day : up to 18000 Wh
                              intelligent.                                                                           : up to  3000 Wh :   energy efficient intelligent household.                                : up to    800 Wh
                                                                      with electric force amplifier.    : up to.     80 Wh
100 : 1

Construction time :
,conventional 186 sqm/2000 sqft house : months
ICF : 1 day
Contour Crafting : 3d print  1 day

100 : 1

Energy/power production density amplifying factor per sqm area : 100x  and more
Compressed wind and solar farming , local/seasonal  ambiental sphere independant( sea,desert,sky,......)

Productivity per time unit  : C.G.Jung experiment + human/ machine force + 24/365 capacity/potential

 motivated working developper + 3d machine.                                                           100%
unmotivated worker ( "hands-" without "minds-" kraft-ship).                                        1%

Re-engineering the estate administration,commercial industry and their service provider and the private households

B.I.Z. and E.U. program organigram by laws , order and execution

Capital budget and energy consume budget controle 24/365

We will see falling prices up to 90% and falling salaries up to 90% :" safety income " to "open source professions"

"living algorythm-bots" as human work-power commercial/freeware alternative 

administration human personal savings : less 2/3 employees ( numerical reference : Kobenhavn citizen office")

Are " 250 W per hour electricity generation + storage" for " intelligent in situ consumer" efficient  ?
Psychological, physical, technical reazon and arguments related answer :
YES  ! It is more than sufficient  !
250 W x max.  24 hours per day = 6 KWh electricity per day/capita
« Last Edit: August 29, 2019, 11:28:33 PM by lancaIV »

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