Πώς να εγκαταστήσετε μια μονάδα ανακύκλωσης μπαταριών 500 KG/H LFP στη Σιγκαπούρη

When you want to setup a LFP battery recycling plant, factory area are also two aspects you must consider. Συνήθως,the whole LFP battery disposal area is divided into three parts: The discharge area is where the batteries are safely discharged to reduce residual charge. This area requires secure containment and safety measures. Τότε, the crushing and screening area is where most of the mechanical processing occurs, including shredding, προβολή, magnetic separation, and drying. Ετσι, this area typically occupies the largest area, designed for efficient material flow and equipment placement. Τελικά, the recovered materials storage area is designated for storing separated copper, αλουμίνιο, black powder, and other recovered components before further processing or shipment. For a 500kg/h capacity plant, each area is planned carefully to optimize operational safety and workflow efficiency.

The client also asked about the total investment required for a mechanical recycling line with a 500kg/h capacity in Singapore. Because the equipment used in quality recycling lines involves shredders, hammer mills, screeners, separators, dryers, και dust control systems, the estimated price typically ranges from USD $150,000 to $200,000. Ωστόσο, costs can vary depending on configuration and supplier. For businesses seeking to reduce costs, some equipment options can be substituted or customized, but it is important to balance cost with operational efficiency and environmental compliance.

Τελικά, this client from Singapore wanted to know the power consumption in 500 kg/h LFP battery disposal. For an LFP battery recycling line with a capacity of 500 kg/h, the typical power consumption ranges between 80 to 120 kW. The main energy consumers include the double-shaft shredder, hammer mills, rotary and vibrating screeners, στεγνωτήριο χαμηλής θερμοκρασίας, και σύστημα συλλογής σκόνης. The drying and crushing sections require the most power due to mechanical forces and heating. Efficient equipment and proper operation can help minimize energy use while maintaining stable processing capacity and high material recovery rates.