Thermally energy efficient vehicle
View Patent ↗A thermally energy efficient vehicle includes a vehicle structure having generally interconnected structural members that form a frame for the vehicle and generally planar interconnected panels that define a shape of the vehicle. The thermally energy efficient vehicle also includes a low transmittance glass window positioned within the vehicle structure which increases a thermal resistance of the vehicle and an energy efficient thermal management system that provides exterior thermal management and interior thermal management for the vehicle, such that the energy efficient thermal management system consumes less thermal energy as a result of the increased thermal resistance of the vehicle.
1. A thermally energy efficient vehicle comprising:
a vehicle structure, wherein said vehicle structure includes generally interconnected structural members that form a frame for the vehicle and generally planar interconnected panels that define a shape of the vehicle, wherein a thermally efficient structural material is utilized for said structural members to reduce a thermal mass of said structural members;
a low transmittance glass window positioned within window portions of said vehicle structure, wherein said low transmittance glass window increases a thermal resistance of the vehicle;
an energy efficient insulator attached to an inside portion of said vehicle structure to increase a thermal resistance of the vehicle, the energy efficient insulator including a first wall surface and a second wall surface defining a gas-filled cavity, the gas-filled cavity extending substantially completely along the first and second wall surfaces; and
an energy efficient thermal management system providing exterior thermal management for powertrain cooling within an engine compartment and interior thermal management for climate control within an occupant compartment for the vehicle, wherein said energy efficient thermal management system consumes less thermal energy as a result of the increased thermal resistance of the vehicle.
2. A thermally energy efficient vehicle as set forth in claim 1 wherein said energy efficient insulator provides a thermal barrier and an acoustic barrier.
3. A thermally energy efficient vehicle as set forth in claim 1 wherein said low transmittance glass window includes two parallel sheets of glass defining a second gas-filled cavity, to improve a thermal resistance of the low transmittance glass.
4. A thermally energy efficient vehicle as set forth in claim 3 wherein said low transmittance glass includes a solar reflective film attached to an outside surface of one of the two parallel sheets of glass.
5. A thermally energy efficient vehicle as set forth in claim 3 wherein said low transmittance glass includes a desiccant material disposed within the second gas-filled cavity.
6. A thermally energy efficient vehicle as set forth in claim 1 wherein said low transmittance glass window is made from a glass/polycarbonate composite material.
7. A thermally energy efficient vehicle as set forth in claim 1 wherein a thermal energy consumption capacity of the energy efficient thermal management system is reduced by increasing the thermal resistance of the vehicle.
8. A thermally energy efficient vehicle comprising:
a vehicle structure, wherein said vehicle structure includes generally interconnected structural members that form a frame for the vehicle and generally planar interconnected panels that define a shape of the vehicle, wherein a thermally efficient structural material is utilized for said structural members to reduce a thermal mass of the vehicle;
a low transmittance glass window positioned within window portions of said vehicle structure, wherein said low transmittance glass window includes; two parallel sheets of glass defining a window gas-filled cavity, to increase a thermal resistance of the vehicle;
an energy efficient insulator attached to an inside portion of said vehicle structure to increase a thermal resistance of the vehicle, the energy efficient insulator including a first wall surface and a second wall surface defining an insulator gas-tilled cavity, the insulator gas-filled cavity extending substantially completely along the first and second wall surfaces; and
an energy efficient thermal management system providing exterior thermal management for powertrain cooling within an engine compartment and interior thermal management for climate control within an occupant compartment for the vehicle, wherein a thermal energy consumption capacity of said energy efficient thermal management system is decreased since said energy efficient thermal management system consumes less thermal energy resulting from the increased thermal resistance and reduced thermal mass of the vehicle.
9. A thermally energy efficient vehicle as set forth in claim 8 wherein said energy efficient insulator provides a thermal barrier and an acoustic barrier.
10. A thermally energy efficient vehicle as set forth in claim 8 wherein said low transmittance glass includes a solar reflective film attached to an outside surface of one of the two parallel sheets of glass.
11. A thermally energy efficient vehicle as set forth in claim 8 wherein sold low transmittance glass includes a desiccant material disposed within the window gas-filled cavity.
12. A thermally energy efficient vehicle as set forth in claim 8 wherein said low transmittance glass window is made from a glass/polycarbonate composite material.
13. A thermally energy efficient vehicle as set forth in claim 1 , wherein the first wall surface and the second wall surface are substantially parallel with each other.
14. A thermally energy efficient vehicle as set forth in claim 13 , wherein the gas-filled cavity includes argon.
15. A thermally energy efficient vehicle as set forth in claim 8 , wherein the first wall surface and the second wall surface are substantially parallel with each other.
16. A thermally energy efficient vehicle as set forth in claim 15 , wherein the insulator gas-filled cavity includes argon.