BATTERY MANAGEMENT SYSTEM, BATTERY DETECTION UNIT, BATTERY MANAGEMENT UNIT, MODE TRANSITION METHOD, BATTERY SYSTEM, AND VEHICLE
To provide a battery management system that can be started at an arbitrary timing while reducing power consumption and can suppress a decrease in design freedom.SOLUTION: A battery management system includes a battery detection unit having a first mode for detecting battery information from a batter...
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Format: | Patent |
Sprache: | eng ; jpn |
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Zusammenfassung: | To provide a battery management system that can be started at an arbitrary timing while reducing power consumption and can suppress a decrease in design freedom.SOLUTION: A battery management system includes a battery detection unit having a first mode for detecting battery information from a battery and a second mode for standby with less power consumption than the first mode, a battery management unit that manages the battery by wirelessly communicating with the battery detection unit, and a switch installed on wiring to which the power from the battery is supplied. The battery management unit controls the switch via a signal line, and in a case in which the battery detection unit is on standby in the second mode, when the battery detection unit detects that a current flows through the wiring according to the control of the switch by the battery management unit, the mode shifts to the first mode.SELECTED DRAWING: Figure 1
【課題】消費電力を低減しつつ任意のタイミングで起動が可能であり、かつ、設計自由度の低下を抑制できる電池管理システムを提供する。【解決手段】電池管理システムは、電池から電池情報を検出する第1のモード、及び、第1のモードよりも小さい消費電力で待機する第2のモードを持つ電池検出ユニットと、電池検出ユニットと無線通信し、電池を管理する電池管理ユニットと、電池からの電力が供給される配線上に設けられる開閉器とを含む。電池管理ユニットは、信号線を介して開閉器を制御し、電池検出ユニットは、第2のモードで待機しているときに、電池管理ユニットによる開閉器の制御に応じて配線に電流が流れたことを検出すると、第1のモードに移行する。【選択図】図1 |
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