一种用于减少旁路电流的液流电池及其排布方式

本发明公开了一种用于减少旁路电流的液流电池及其排布方式，涉及液流电池技术领域，包括两个并排设置的电堆架，两个电堆架之间设有正极液分配管、负极液分配管、正极液汇集管和负极液汇集管，电堆架从上至下依次设有若干个电堆，若干个电堆上均设有盘管；正极液分配管和负极液分配管均通过盘管与位于电堆架下部的电堆连接，正极液汇集管和负极液汇集管均通过盘管与位于电堆架上部的电堆连接；电堆上设有电堆连接管。本发明的液流电池的排布方式使得电堆液路更均匀的分布到每组电堆里面；本发明的液流电池的排布方式有助于电堆内产生气体的气泡排出；本发明的液流电池的排布方式减少了电堆的漏电电流和旁路电流，提升了电堆安全性。 The invention discloses a flow battery for reducing bypass current and an arrangement mode thereof, and relates to the technical field of flow batteries, the flow battery comprises two galvanic pile racks arranged side by side, a positive electrode liquid distribution pipe, a negative electrode liquid distribution pipe, a positive electrode liquid collection pipe and a negative electrode liquid collection pipe are arranged between the two galvanic pile racks, the galvanic pile racks are sequentially provided with a plurality of galvanic piles from top to bottom, coil pipes are arranged on the plurality of electric piles; the positive electrode liquid distribution pipe and the negative electrode liquid distribution pipe a