Basic SHE Data Sheet
Reference Sizes
Temperature
0°K = -273.15 °C
°K or °C as temperature difference
0°C = +273.15 °K
20°C - 10°C = 10°C = 10°K
Land Area Sizes
1 acre = 4046.8m²
1 hectare = 10000m² = 2.47 acre
Pressure
1kg/cm2 = 1bar
Average Solar Radiation
Around the tropic of cancer and tropic of capricorn: 4.5 (kwh.day)/m²
In and around deserts: 7.5 (kwh.day)/m².
Average Solar Radiation
Around the tropic of cancer and tropic of capricorn: 4.5 kwh/m²/day
In and around deserts: 7.5 kwh/m²/day.
Solar Concentrator Conversion Efficiency
Design and Construction Dependent: 70%
SHE Output Power
@ 50km round trip per person, per day
Stage 1:
A. 1 person: 10wh/km
B. 1 person for 50km: 500wh
C. SHE Start Size: 100(kwh.day)
D. 100(kwh.day)/500wh: 200persons.day for 50km
E. Required concentrator area: 44.44m²
Stage 2:
A. 4 trips/1day * 100(kwh) = 400(kwh/1day)
B. 4 trips/1day * 200persons = 800persons/1day.
C. 4 trips/1day * 44.44m² = 177,76m² concentrator area.
Stage 3:
A. 4 trips/1hour * 100(kwh) * 6hours/1day = 2400(kwh/1day)
B. 4 trips/1hour * 200persons * 6hours/1day = 4800persons/1day.
C. 4 trips/hour * 44.44m² * 6hours = 1066.6m² concentrator area.
D. Sides: L = 32.65m W = 32.65m
Energy contained in 1 liter
Diesel Liquid Propane Gas Kerosene
9,7kwh 6.9kwh 10.35kwh
Useful amount is design dependent.
Propellant Vapor and Pressure
Alcohol Types used to move Heat as Vapor
Heat Transfer Liquids
Heat Storage Materials
Reference Sizes
Temperature
0°K = -273.15 °C
°K or °C as temperature difference
0°C = +273.15 °K
20°C - 10°C = 10°C = 10°K
Land Area Sizes
1 acre = 4046.8m²
1 hectare = 10000m² = 2.47 acre
Pressure
1kg/cm2 = 1bar
Average Solar Radiation
Around the tropic of cancer and tropic of capricorn: 4.5 (kwh.day)/m²
In and around deserts: 7.5 (kwh.day)/m².
Average Solar Radiation
Around the tropic of cancer and tropic of capricorn: 4.5 kwh/m²/day
In and around deserts: 7.5 kwh/m²/day.
Solar Concentrator Conversion Efficiency
Design and Construction Dependent: 70%
SHE Output Power
@ 50km round trip per person, per day
Stage 1:
A. 1 person: 10wh/km
B. 1 person for 50km: 500wh
C. SHE Start Size: 100(kwh.day)
D. 100(kwh.day)/500wh: 200persons.day for 50km
E. Required concentrator area: 44.44m²
Stage 2:
A. 4 trips/1day * 100(kwh) = 400(kwh/1day)
B. 4 trips/1day * 200persons = 800persons/1day.
C. 4 trips/1day * 44.44m² = 177,76m² concentrator area.
Stage 3:
A. 4 trips/1hour * 100(kwh) * 6hours/1day = 2400(kwh/1day)
B. 4 trips/1hour * 200persons * 6hours/1day = 4800persons/1day.
C. 4 trips/hour * 44.44m² * 6hours = 1066.6m² concentrator area.
D. Sides: L = 32.65m W = 32.65m
Energy contained in 1 liter
Diesel Liquid Propane Gas Kerosene
9,7kwh 6.9kwh 10.35kwh
Useful amount is design dependent.
Propellant Vapor and Pressure
Alcohol Types used to move Heat as Vapor
Heat Transfer Liquids
Heat Storage Materials
