A certain iron mine in Hebei has been operating for over 60 years with an annual output of over 10 million tons, making it a true "steel granary". However, it is now facing two major challenges: the inability to operate traditional equipment and high energy consumption, as well as the urgent need for green and low-carbon transformation. The turning point occurred in 2023, when the mining company successively purchased 9 XCMG XE1350E pure electric hydraulic excavators, which not only solved the dual dilemma of efficiency and environmental protection, but also won the trust of this old mine with excellent reliability and comprehensive service guarantee. Iron ore has extremely high hardness and requires high demands on mining equipment.

XE1350E excavator is equipped with a 6000V, 50Hz high-voltage asynchronous motor, with a unique "backpack style" layout and triple dust-proof design, which can better meet high dust working conditions applications; The key parts of its bucket are made of 1000MPa high-strength wear-resistant steel, which is not afraid of hardness; With a digging force of up to 710kN, one bucket can excavate about 15 tons of ore, increasing efficiency by 20%. During the rainstorm in August 2024, many equipment were forced to stop working, but used excavator XE1350E still operated smoothly with its weather resistant design and stable walking system; When production is tight, the average monthly working hours are over 660 hours, with the highest reaching 710 hours, becoming the "ballast stone" for continuous production in mines. After using XE1350E, the change in maintenance costs is particularly significant. Traditional equipment is maintained for about 20000 yuan per month and requires a half day shutdown; The motor of XE1350E requires almost no major repairs, with monthly maintenance costs reduced to less than 5000 yuan and downtime shortened to within 1 hour. The equipment supervisor's evaluation stated that the XE1350E has a "visible" efficiency improvement, stating that inspections can now be completed during shift transitions without any delay to production.