PROBLEM TO BE SOLVED: To provide a magnetic resonance imaging apparatus capable of efficiently and effectively estimating a state of a battery, assuming that imaging is performed with a residual amount of a battery mounted on a radio RF coil.SOLUTION: A magnetic resonance imaging apparatus 1 includes: a static magnetic field magnet for generating a static magnetic field； a gradient magnetic field coil for applying a gradient magnetic field to a subject； a battery for supplying power； a radio RF coil 20a including a coil element for receiving an MR signal from the subject, and a first radio communication circuit for radio-transmitting the MR signal and a residual amount of the battery； a second radio communication circuit for receiving the MR signal and the residual amount of the battery, which are radio-transmitted from the radio RF coil 20a； a setting part for setting an imaging condition in an inspection including one or a plurality of pulse sequences； and a determination part for determining the residual amount of the battery by comparing an estimated power consumption based on the power consumption of the radio RF coil 20a and the imaging condition with the residual amount of the battery.SELECTED DRAWING: Figure 6【課題】無線ＲＦコイルに搭載される電池の電池残量で仮に撮像を行った場合の電池の状態を、効率的に、かつ、効果的に予測できる磁気共鳴イメージング装置を提供する。【解決手段】磁気共鳴イメージング装置１は、静磁場を発生する静磁場磁石と、被検体に傾斜磁場を印加する傾斜磁場コイルと、電力を供給する電池と、被検体からＭＲ信号を受信するコイル要素と、ＭＲ信号と電池の電池残量とを無線送信する第１無線通信回路とを備えた無線ＲＦコイル２０ａと、無線ＲＦコイル２０ａから無線送信されたＭＲ信号と、電池残量とを受信する第２無線通信回路と、１又は複数のパルスシーケンスを含む検査における撮像条件を設定する設定部と、無線ＲＦコイル２０ａの消費電力及び撮像条件に基づく予測消費電力量と、電池残量とを比較することで、電池残量の判定を行う判定部とを有する。【選択図】図６
