Fuel Energy Density: Difference between revisions

From Wiki
mNo edit summary
mNo edit summary
Line 8: Line 8:
|Ethanol
|Ethanol
|800g/L
|800g/L
|8.3 kWh/kg
|6.6 kWh/L
|-
|Methanol
|
|
|
|5.4 kWh/kg
|4.3 kWh/L
|-
|-
|Gasoline
|Gasoline
|720g/L
|720g/L
|46.5 MJ/kg
|12.8 kWh/kg
|9.5 kWh/L
|-
|Gasoline E10
|
|
|12.0 kWh/kg
|9.2 kWh/L
|-
|-
|Diesel
|Diesel
|820g/L
|820g/L
|45.6 MJ/kg
|12.6 kWh/kg
|10.7 kWh/L
|10.7 kWh/L
|-
|-
|LPG propane
|
|
|
|13.7 kWh/kg
|
|7.0 kWh/L
|
|-
|-
|LPG butane
|
|
|
|13.6 kWh/kg
|
|7.7 kWh/L
|
|}
|}

Revision as of 20:24, 12 October 2023

Fuel Density Specific Energy Energy Density
Ethanol 800g/L 8.3 kWh/kg 6.6 kWh/L
Methanol 5.4 kWh/kg 4.3 kWh/L
Gasoline 720g/L 12.8 kWh/kg 9.5 kWh/L
Gasoline E10 12.0 kWh/kg 9.2 kWh/L
Diesel 820g/L 12.6 kWh/kg 10.7 kWh/L
LPG propane 13.7 kWh/kg 7.0 kWh/L
LPG butane 13.6 kWh/kg 7.7 kWh/L