摘要:
A vehicle can achieve a reduction of laod of a storage battery device (105) and reduce a loss in connection with a charge/discharge of the storage battery device (105). In the vehicle, an engine output is equal to or less than an energy for driving a motor (107), or, the vehicle is driven without a charge of the storage battery device (105) from an engine (101) by way of controlling the engine output so as to be consumed all in a device except for the storage battery device (105).
摘要:
The invention provides a traction system of a railway car having a traction converter capable of continuing independent running operation when one of the power conversion means fails, thereby minimizing the disturbance of train operation diagram. A traction system of a railway receiving input of AC power generated via an AC generator 2 via a selector 9 to a first power conversion means 3, converting the DC power via a second power conversion means 4 to AC power, and driving an AC traction motor 5 via the selector 9, wherein a storage system 8 is connected to a DC link between the first power conversion means 3 and the second power conversion means 4, and when either one of the power conversion means fails, connects the AC generator 2 to the healthy-operating power conversion means being operated to perform AC/DC conversion to charge the storage system 8, and when the storage system 8 is at a sufficiently charged state, operates the healthy-operating power conversion means to perform DC/AC conversion so as to drive the AC traction motor 5 via the stored energy of the storage system to thereby accelerate the railway car.
摘要:
The invention provides a traction system for a trainset, especially equipped with a plurality of power feeding means and having a function for effectively selecting a traction system as destination of supply of power obtained from these means in order to enhance the redundancy of the traction system of the train. The trainset comprises a plurality of power generating means, wherein the plurality of power generating means are connected via a plurality of power feeding means. The trainset further comprises a first selector for outputting power to any one of the plurality of power feeding means or a number of arbitrary power feeding means. An inverter means constituting the traction system further comprises a second selector capable of arbitrarily selecting a power system for receiving the power from the plurality of power feeding means. Similarly, an auxiliary power supply means constituting the traction system comprises a third selector capable of arbitrarily selecting a power system for receiving the power from the plurality of power feeding means.
摘要:
The invention provides a battery module and a railwayvehicle (1000a, 1000b), wherein the structure of the battery module (1110) can be switched easily between a draft structure and an enclosed structure in response to the specifications of a system, and a high-performance cooling structure making use of the respective structures is enabled regardless of which cooling structure is selected. A package of battery modules (1110) in which multiple battery cells (1111) are arranged in parallel has openings (1112) formed on a pair of side panels of the package throughwhich the side walls of the battery cells 1111 are exposed. Further, either cooling ducts (1118) for letting ambient cooling air flow therethrogh or cover plates (1115) for sealing the package of the battery modules (1110) are selectively attached to openings (1112). The cover plates (1115) have heat absorbing blocks (1113) disposed on the inner side thereof for thermally coming into contact with the side walls of the battery cells (1111), and radiating fins (1114) disposed on the outer side thereof.
摘要:
A vehicle can achieve a reduction of laod of a storage battery device (105) and reduce a loss in connection with a charge/discharge of the storage battery device (105). In the vehicle, an engine output is equal to or less than an energy for driving a motor (107), or, the vehicle is driven without a charge of the storage battery device (105) from an engine (101) by way of controlling the engine output so as to be consumed all in a device except for the storage battery device (105).
摘要:
The invention provides a traction system for a trainset, especially equipped with a plurality of power feeding means and having a function for effectively selecting a traction system as destination of supply of power obtained from these means in order to enhance the redundancy of the traction system of the train. The trainset comprises a plurality of power generating means, wherein the plurality of power generating means are connected via a plurality of power feeding means. The trainset further comprises a first selector for outputting power to any one of the plurality of power feeding means or a number of arbitrary power feeding means. An inverter means constituting the traction system further comprises a second selector capable of arbitrarily selecting a power system for receiving the power from the plurality of power feeding means. Similarly, an auxiliary power supply means constituting the traction system comprises a third selector capable of arbitrarily selecting a power system for receiving the power from the plurality of power feeding means.
摘要:
The invention provides a traction system of a railway car having a traction converter capable of continuing independent running operation when one of the power conversion means fails, thereby minimizing the disturbance of train operation diagram. A traction system of a railway receiving input of AC power generated via an AC generator 2 via a selector 9 to a first power conversion means 3, converting the DC power via a second power conversion means 4 to AC power, and driving an AC traction motor 5 via the selector 9, wherein a storage system 8 is connected to a DC link between the first power conversion means 3 and the second power conversion means 4, and when either one of the power conversion means fails, connects the AC generator 2 to the healthy-operating power conversion means being operated to perform AC/DC conversion to charge the storage system 8, and when the storage system 8 is at a sufficiently charged state, operates the healthy-operating power conversion means to perform DC/AC conversion so as to drive the AC traction motor 5 via the stored energy of the storage system to thereby accelerate the railway car.