The most common mistake on job sites is deep discharge operation. Many operators run the aerial scissor lift until power completely drains to finish urgent tasks. For lithium batteries, discharging below 20% regularly damages the internal cell structure and weakens the built-in BMS protection system. The practical rule is simple: start timely charging when residual power drops to 25%-30%, and stick to shallow charge and shallow discharge habits to maintain stable battery activity.
Temperature management is another neglected key point for lithium battery maintenance. Extreme heat or cold greatly undermines the performance of scissor lift lithium battery packs. In hot summer weather, avoid charging the lift immediately after high-intensity operation; let the battery cool down in a shaded, ventilated area first to prevent overheating aging. In cold winter environments below 5°C, pre-warm the battery with low current charging before heavy-load lifting work to avoid power drop and cell damage.
Regular routine inspection and standardized storage also matter. Clean battery surface dust and connector dirt monthly to prevent surface discharge and poor contact. For idle periods over one month, store the electric scissor lift with 40%-60% battery level, instead of full charge or zero charge. Do not use mismatched universal chargers; always adopt original dedicated chargers to avoid overcharging and voltage instability risks.
Simple daily maintenance avoids premature battery failure and frequent equipment faults. Scientific lithium battery care maximizes the utilization value of your electric scissor lift, ensures stable operation of aerial work equipment, and brings more cost-effective returns for fleet management.
