How Long Does it Discharge Waste Lithium Battery

For fast and safe lithium battery discharge, automated cooling machines are ideal. Needle discharge machines pierce soft-pack and 3C plastic batteries, creating a controlled short circuit, then drop them into water-cooled boxes to prevent overheating. Rolling-cut machines handle cylindrical batteries, cutting shells to release energy safely while passing through water cooling channels. Both systems integrate automation, cooling, and safety, with conveyors ensuring continuous operation and adjustable settings to handle different battery sizes efficiently, making them suitable for mixed-type recycling lines.

During lithium battery discharge, smoke, dust, and odors are inevitable. To protect health and meet regulations, an activated carbon adsorption system can filter fumes and particulates, ensuring clean air output with a capacity up to 15,000 m³/h. To further control odors, a UV photolysis system breaks down organic gases and odor molecules, achieving up to 99% deodorization efficiency. Combining these technologies effectively maintains air quality, minimizes environmental impact, and keeps the facility safe and comfortable for operators during high-volume discharge operations.

Safety is your top priority when discharging lithium batteries. You deal with risks like overheating, fire, toxic gas release, and electrical hazards. Automated discharge and cooling machines reduce direct operator exposure, and water cooling helps promptly control battery temperatures. You should ensure that air filtration and odor control systems are working correctly to prevent harmful emissions. It is also important to provide staff with training in emergency response, so you can react quickly to unexpected incidents. By using integrated safety systems and best practices, you keep your facility and employees safe.