Supply rail for a motor vehicle
View Patent ↗A supply rail for a vehicle includes a first busbar which is designed to provide electrical energy with a first supply voltage for supplying energy to a large number of electrical modules of the vehicle. In this case, the electrical modules of the large number of electrical modules are arranged at different points of the vehicle. The supply rail includes means for data transmission designed to allow data interchange between at least two of the large number of electrical modules. The supply rail has a large number of slots for the large number of electrical modules, wherein a first slot of the large number of slots is designed to connect a first electrical module of the large number of electrical modules to the first busbar and to the means for data transmission by way of a first plug connection. The supply rail includes a temperature-control duct which is designed to conduct a thermally conductive medium past the large number of electrical modules.
1. A supply rail for a vehicle, comprising:
a first busbar which is configured to provide electrical energy with a first supply voltage for supplying energy to a multiplicity of electrical modules of the vehicle, wherein the electrical modules of the multiplicity of electrical modules are arranged at different points on the vehicle;
means for transmitting data, which transmitting means are configured to permit a data exchange between at least two of the multiplicity of electrical modules;
a multiplicity of plug-in locations arranged on an external surface of the supply rail, each of which is configured to receive an electrical plug of one of the multiplicity of electrical modules, wherein a first plug-in location of the multiplicity of plug-in locations is configured to receive a first plug of a first electrical module at the external surface to connect, via a first plug-in connection, the first electrical module of the multiplicity of electrical modules to the first busbar and to the means for transmitting data; and
a temperature-control duct which is configured to carry a thermally conductive medium past a multiplicity of the plug-in locations.
2. The supply rail as claimed in claim 1 , wherein the thermally conductive medium comprises a liquid or a gaseous medium.
3. The supply rail as claimed in claim 1 , wherein the temperature-control duct is arranged along the multiplicity of plug-in locations.
4. The supply rail as claimed in claim 2 , wherein the temperature-control duct is formed at least partially by a bodywork of the vehicle.
5. The supply rail as claimed in claim 3 , wherein the temperature-control duct is formed at least partially by a bodywork of the vehicle.
6. The supply rail as claimed in claim 1 , wherein
the supply rail comprises means for permitting thermal energy to be transmitted with a specific conductivity from the first electrical module to the thermally conductive medium, and vice versa; and
the specific conductivity is higher than a specific conductivity of air.
7. An on-board power system for a vehicle, comprising:
a multiplicity of electrical modules, wherein the electrical modules of the multiplicity of electrical modules are arranged at different points on the vehicle; and
a supply rail, the supply rail comprising:
a first busbar which is configured to provide electrical energy with a first supply voltage for supplying energy to the multiplicity of electrical modules of the vehicle;
means for transmitting data, which transmitting means are configured to permit a data exchange between at least two of the multiplicity of electrical modules;
a multiplicity of plug-in locations arranged on an external surface of the supply rail, each of which is configured to receive an electrical plug of one of the multiplicity of electrical modules, wherein a first plug-in location of the multiplicity of plug-in locations is configured to receive a first plug of a first electrical module at the external surface to connect, via a first plug-in connection, the first electrical module of the multiplicity of electrical modules to the first busbar and to the means for transmitting data; and
a temperature-control duct which is configured to carry a thermally conductive medium past a multiplicity of the plug-in locations.
8. The on-board power system as claimed in claim 7 , wherein the thermally conductive medium comprises a liquid or a gaseous medium.
9. The on-board power system as claimed in claim 7 , wherein the temperature-control duct is arranged along the multiplicity of plug-in locations.
10. The on-board power system as claimed in claim 7 , wherein the temperature-control duct is formed at least partially by a bodywork of the vehicle.
11. The on-board power system as claimed in claim 7 , wherein
the supply rail comprises means for permitting thermal energy to be transmitted with a specific conductivity from the first electrical module to the thermally conductive medium, and vice versa; and
the specific conductivity is higher than a specific conductivity of air.
12. The on-board power system as claimed in claim 7 , wherein the on-board power system further comprises a control unit, the control unit being configured to:
detect a requirement for thermal energy of the multiplicity of electrical modules; and
determine a property of the thermally conductive medium as a function of the requirement of thermal energy.
13. The on-board power system as claimed in claim 12 , wherein the property is one or both of a temperature and a pressure of the thermally conductive medium.
14. The on-board power system as claimed in claim 12 , wherein the control unit is further configured to:
detect when the vehicle is in a regeneration phase; and
cause the thermally conductive medium to be adapted according to the determined property during the regeneration phase.
15. The on-board power system as claimed in claim 12 , wherein:
the control unit is arranged in a second plug-in location of the supply rail; and
the control unit is further configured to communicate with the multiplicity of electrical modules via the means for transmitting data, in order to detect the requirement for thermal energy.
16. The on-board power system as claimed in claim 12 , wherein the control unit is further configured to:
determine that thermal energy is to be fed to a component of the vehicle which is not arranged on one of the multiplicity of plug-in locations of the supply rail; and
cause the thermally conductive medium to be at least partially fed to the component of the vehicle at an outlet of the temperature-control duct in order to feed thermal energy to the component.
17. The supply rail as claimed in claim 1 , wherein at least one of the multiplicity of electrical modules is arranged in a region of the vehicle different than a region of the supply rail.
18. The on-board power system as claimed in claim 7 , wherein at least one of the multiplicity of electrical modules is arranged in a region of the vehicle different than a region of the supply rail.
19. A supply rail for a vehicle, comprising:
a first busbar which is configured to provide electrical energy with a first supply voltage for supplying energy to a multiplicity of electrical modules of the vehicle, wherein the electrical modules of the multiplicity of electrical modules are arranged at different points on the vehicle;
means for transmitting data, which transmitting means are configured to permit a data exchange between at least two of the multiplicity of electrical modules;
a multiplicity of plug-in locations arranged on an external surface of the supply rail, wherein a first plug-in location of the multiplicity of plug-in locations is configured to connect, via a first plug-in connection at the external surface, a first electrical module of the multiplicity of electrical modules to the first busbar and to the means for transmitting data; and
a temperature-control duct which is configured to carry a thermally conductive medium past a multiplicity of the plug-in locations,
wherein the temperature-control duct is formed at least partially by a bodywork of the vehicle.