The “Invisible Heart” of Cleaning Robots: How Jueneng New Energy Enables Our “Robotic Colleagues” to Last Longer
time：2026-08-20
At two o'clock in the morning, in the Hall of the office building, a cleaning robot is automatically performing the night cleaning task. It cleans, vacuums, and mopps the floor along the preset path, automatically bypasses obstacles, and returns charging set when the power is insufficient. When office workers step into the hall in the morning, the ground is as clean as new-and they will never know that the lasting work of this "robot colleague" depends on a battery pack hidden deep in the chassis. Cleaning/service robot for gathering energy and new energy lithium battery products line is designed with full capacity matrix and scenario, making the work of "robot colleagues" more lasting, reliable and imperceptible.
Small cleaning robot: the lean choice of 25Ah. For small and medium-sized cleaning robots in office buildings, hotel rooms and other scenarios, energy gathering new energy provides 24V/25Ah specifications (such as DGPI-7S25Ah-034). The ultimate lightweight design of 2.7kg, embedded in the chassis does not affect the center of gravity of the whole machine; 21700 ternary lithium battery core provides high energy density, supporting 6-8 hours of continuous operation; Split-Port BMS design ensures charging safety. After a chain hotel group adopted this scheme, the cleaning area of a single robot at night increased from 800 ㎡ to 1200 ㎡, saving over 30% of the annual manual cleaning cost.
Medium cleaning robot: 40Ah's endurance jumps. For medium-sized cleaning robots in large scenarios such as shopping malls, airports, and hospitals, the 24V/40Ah specification (such as DGPI-7S40Ah-033) increases the endurance to 10-12 hours. 1C fast charging capability allows the power supplement between lunch break to support afternoon work; IP65 protection level resists water mist and detergent erosion during cleaning; 2000 cyclesReduce the annual replacement cost. After a 3A hospital adopted the scheme, the average daily working duration of the cleaning robot was extended from 8 hours to 14 hours, covering the whole area cleaning of outpatient hall and inpatient department.
Large service robot: 100AH's huge energy support. For heavy service robots such as outdoor sweeper and unmanned delivery vehicles, 48V/100Ah specifications (such as DGPI-16S100Ah-032) provide a large energy reserve of 5.12kWh. Large monomer lithium iron phosphate batteries ensures thermal stability and long cycle life; 150A peak discharge capacity should cope with climbing and full load starting; Intelligent BMS supports Bluetooth/WiFi/4G multi-mode communication to realize remote monitoring and scheduling optimization. After a smart city project adopted this scheme, the average daily cleaning mileage of unmanned sweeper increased from 50km to 80km, and the operation efficiency increased by 60%.
Energy gathering new energy cleaning robot battery scene-Based Design philosophy, reflected in every detail. According to the mute demand of the hotel scene, the BMS optimizes the relay switch timing, reducing the "click" sound to below 35dB; Aiming at the antibacterial demand of the hospital scene, the surface of the box is added with nano silver ion coating, the antibacterial rate exceeds 99%; Aiming at the high and low temperature challenges of outdoor scenes, the wide temperature range design ensures stable output from-20℃ to 60℃.
More prospective intelligent Energy Management. Through the deep linkage with the main control system of the cleaning robot, BMS can plan the optimal energy consumption strategy according to the cleaning task-automatically increase the discharge power when the suction force is increased in the heavily polluted area, and reduce the energy consumption when driving fast in the open area, reserve safe power when planning the recharge path. This "task-energy" collaborative optimization improves the endurance by more than 15%.
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