Boat with High-Voltage System
First Claim
1. A boat having an electrical drive, which comprises electrical components, in particular an electric motor and an electrical accumulator (1), which components (2, 102) are connected to one another via an electrical wiring system, wherein at least one of the components (2, 102) is connected to the wiring system by means of a first connecting device (7, 107), which first connecting device (7, 107) has main contacts (3, 4, 5, 6, 103, 104, 105, 106) for connecting the at least one component (2, 102) to the wiring system, and wherein a second connecting device (10, 11) is provided in order to connect the electrical accumulator (1) to the wiring system or to disconnect same from the wiring system, characterized in that the first connecting device (7, 107) comprises at least one pair of auxiliary contacts (15, 16, 17, 18, 115, 116, 117, 118) for connecting the at least one component (2, 102) to a monitoring line (12), and in that the monitoring line (12) is operatively connected to the second connecting device (10, 11).
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Accused Products
Abstract
The invention relates to a boat with an electric drive that comprises electric components, especially an electric motor and an electric storage unit. The components are interconnected via an electric grid. At least one of the components is connected to the grid by means of a first connection means, the first connection means comprising first connection means main contacts for connecting the at least one component to the grid, and a second connection means being provided for connecting the electric storage unit to or disconnecting it from the grid. According to the invention, the first connection means comprises at least one pair of auxiliary contacts for connecting the at least one component to a monitoring line and said monitoring line is operatively connected to the second connection means.
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Citations
14 Claims
- 1. A boat having an electrical drive, which comprises electrical components, in particular an electric motor and an electrical accumulator (1), which components (2, 102) are connected to one another via an electrical wiring system, wherein at least one of the components (2, 102) is connected to the wiring system by means of a first connecting device (7, 107), which first connecting device (7, 107) has main contacts (3, 4, 5, 6, 103, 104, 105, 106) for connecting the at least one component (2, 102) to the wiring system, and wherein a second connecting device (10, 11) is provided in order to connect the electrical accumulator (1) to the wiring system or to disconnect same from the wiring system, characterized in that the first connecting device (7, 107) comprises at least one pair of auxiliary contacts (15, 16, 17, 18, 115, 116, 117, 118) for connecting the at least one component (2, 102) to a monitoring line (12), and in that the monitoring line (12) is operatively connected to the second connecting device (10, 11).
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13. A method for connecting an electrical component (2, 102) to an electrical wiring system comprising at least one electrical accumulator (1) and located on a boat, characterized in that the electrical accumulator (1) is disconnected from the wiring system, the component (2, 102) is subsequently connected to the wiring system, and then the component (2, 102) is connected to a monitoring line (12), and the electrical accumulator (1) is not connected to the wiring system until the component (2, 102) is connected to the monitoring line (12).
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14. A method for disconnecting an electrical component (2, 102) from an electrical wiring system comprising at least one electrical accumulator (1) and located on a boat, characterized in that initially the component (2, 102) is in the condition in which it is connected to the wiring system and to a monitoring line (12), then the component (2, 102) is disconnected from the monitoring line (12), whereupon the electrical accumulator (1) is disconnected from the wiring system and then the component (2, 102) is disconnected from the wiring system.
Specification