STORAGE BATTERY DEVICE

PROBLEM TO BE SOLVED: To provide a storage battery device capable of properly assigning an electric power to be supplied to each load from a storage battery in accordance with a driving state of each load, and effectively driving each load.SOLUTION: A storage battery device 50 according to the embodiment comprises: a storage battery 51; first information receiving means 52 of receiving driving state information of a first load 1; and second information receiving means 53 of receiving the driving state information of a second load 20. An electric power outputted from the storage battery 51 on the basis of the driving state information of the first load 1 and the driving state information of the second load 20 is allocated to the first load 1 and a second load 20 by an electric power allocating circuit 57. The electric power supplied to the first load 1 from the storage battery 51 is adjusted to an electric power value allocated by the electric power allocating means 57 by first output means 58. The electric power supplied to the second load 20 from the storage battery 51 is adjusted to the electric power value allocated by the electric power allocating means 57 by second output means 59.SELECTED DRAWING: Figure 4 【課題】各負荷の運転状態に応じて、蓄電池から各負荷へ供給される電力を適切に割り当てることができ、各負荷を効率的に運転することができる蓄電池装置を提供する。【解決手段】実施の形態による蓄電池装置５０は、蓄電池５１と、第１負荷１の運転状態情報を受信する第１情報受信手段５２と、第２負荷２０の運転状態情報を受信する第２情報受信手段５３と、を備えている。第１負荷１の運転状態情報と、第２負荷２０の運転状態情報と、に基づいて、蓄電池５１から出力される電力は、電力割当回路５７によって、第１負荷１および第２負荷５２に割り当てられる。蓄電池５１から第１負荷１に供給される電力は、第１出力手段５８によって、電力割当手段５７により割り当てられた電力値に調整される。蓄電池５１から第２負荷２０に供給される電力は、第２出力手段５９によって、電力割当手段５７により割り当てられた電力値に調整される。【選択図】図４