VEHICLE

To provide a vehicle which protects a battery, and furthermore can travel in emergency.SOLUTION: A vehicle 100 is provided, comprising: a three-phase motor 3; a battery 2; and a control portion 10 which controls the three-phase motor 3 and the battery 2. The battery 2 comprises: a first power storag...

Ausführliche Beschreibung

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Bibliographische Detailangaben
Hauptverfasser: MORII SOICHI, OGIWARA YASUSHI, YAMADA YASUO
Format: Patent
Sprache:eng ; jpn
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Beschreibung
Zusammenfassung:To provide a vehicle which protects a battery, and furthermore can travel in emergency.SOLUTION: A vehicle 100 is provided, comprising: a three-phase motor 3; a battery 2; and a control portion 10 which controls the three-phase motor 3 and the battery 2. The battery 2 comprises: a first power storage portion 21; a second power storage portion 22; a first contactor S/C_A which connects the first power storage portion 21 to the second power storage portion 22 in series; a second contactor S/C_B and a third contactor S/C_C which connect the first power storage portion 21 to the second power storage portion 22 in parallel; a first fuse F1 which is arranged in series with the second contactor S/C_B; and a second fuse F2 which is arranged in series with the third contactor S/C_C. The control portion 10 is switched between: a first voltage state in which the first power storage portion 21 and the second power storage portion 22 are connected in series and which is chargeable at the first voltage; and a second voltage state in which the first power storage portion 21 and the second power storage portion 22 are connected in parallel and which is chargeable at the second voltage.SELECTED DRAWING: Figure 1 【課題】バッテリを保護しつつ、緊急時にも走行可能な車両を提供する。【解決手段】三相モータ3と、バッテリ2と、三相モータ3及びバッテリ2を制御する制御部10と、を備える車両100であって、バッテリ2は、第1蓄電部21と、第2蓄電部22と、第1蓄電部21と第2蓄電部22を直列に接続する第1コンタクタS/C_Aと、第1蓄電部21と第2蓄電部22を並列に接続する第2コンタクタS/C_B及び第3コンタクタS/C_Cと、第2コンタクタS/C_Bと直列に配置される第1ヒューズF1と、第3コンタクタS/C_Cと直列に配置される第2ヒューズF2と、を備える。制御部10は、第1蓄電部21と第2蓄電部22とが直列接続され第1電圧で充電可能な第1電圧状態と、第1蓄電部21と第2蓄電部22とが並列接続され第2電圧で充電可能な第2電圧状態と、を切り替え可能である。【選択図】図1