Automatic Recharge Coordination: The robot vacuum's lithium battery integrates with its control system, triggering a recharge command when power drops below the threshold to ensure sufficient charge for the next use. Benefit: minimizes manual intervention and reduces downtime between cleaning sessions. RealTime Battery Status Monitoring: Users can remotely check battery data via the app to plan cleaning schedules in advance, minimizing disruptions from unexpected power interruptions. Benefit: improved scheduling and reliability. Dynamic Power Consumption: The robot's lithium battery automatically adjusts power output based on cleaning tasks, delivering performance while minimizing unnecessary energy expenditure. Benefit: efficient cleaning with energy savings. Intelligent BMS Management System: The robot continuously monitors lithium battery voltage, current, and temperature parameters to prevent overcharging, overdischarging, and short circuits. Benefit: enhanced safety and longer battery life. Key attributes Material: Lithiumbased battery integrated into the robot vacuum. Compatibility: Designed to work with the robot vacuum control system and the accompanying app for seamless recharge and monitoring. Performance: Dynamic power management and continuous monitoring provide consistent cleaning performance and builtin safety protections. Use scenarios Scenario 1: You plan a nightly cleaning; the app shows battery status and the vacuum recharges automatically so the next session starts ready. Scenario 2: Cleaning multiple rooms with different surface types; the battery adjusts power to optimize performance while conserving energy. Scenario 3: You are away from home but want to ensure cleaning happens within a scheduled window; you can monitor battery status remotely and rely on automatic recharge to support the next use.