The invention relates to an ultrasonic lead-acid storage battery, which includes a battery case, a battery cover, a
cluster group, and at least one ultrasonic
transducer. A receiving chamber is opened on the top of the battery case, and a liquid
discharge port penetrating into the receiving chamber is provided on the outer wall of the battery case. , there is a sealing
plug in the drain port, and a number of insulating and
corrosion-resistant vibrating strips are installed at the bottom of the battery cover. The
cluster group includes a number of positive plates, a number of negative plates, and a number of separators. The separators are respectively arranged between the positive
electrode plate and the negative
electrode plate, the clusters are arranged in the
accommodation cavity, and the vibrating strips are respectively inserted between the positive
electrode plate and the separator, and between the negative electrode plate and the separator, and the ultrasonic
transducer is set on top of the battery cover. By using high-frequency
ultrasonic vibration to prevent
lead sulfate crystals on the surface of the battery plate, to maintain full and comprehensive contact between the battery plate and the
electrolyte, it can greatly alleviate the attenuation of the storage performance of the battery and prolong the service life of the battery.