CE High-Performance High-Stability Long-Service-Life High-Power Direct-Current Lithium Iron Phosphate Battery Powered Electric Zero Emission 425kwh Wheel Loader

Our equipment adopts a large-span hinged connection structure. It realizes reasonable load distribution during operation, greatly improves overall structural stability and shock resistance, effectively reduces component wear, and extends the overall equipment overhaul cycle. It lowers long-term maintenance costs and ensures stable continuous operation for engineering and industrial scenarios.

We adopt advanced lithium battery core technology with high unit energy density. The battery performs excellently in capacity reserve, safety performance, charging and discharging efficiency, and endurance. It features stable cycle performance, long service life, no frequent power failure, and can adapt to long-time and high-intensity working environments.

The equipment is equipped with a high-performance permanent magnet synchronous motor, supporting variable frequency and variable speed operation. It features high power output, high operation efficiency, strong stability, extremely low failure rate, and ultra-long service life. The frequency conversion speed regulation function can intelligently adjust power according to working conditions, saving energy while ensuring working efficiency.

Yes. Benefiting from the stable hinged structure, high-stability lithium battery system and high-reliability permanent magnet synchronous motor, the whole machine has low wear and low failure rate. It can adapt to long-term, high-frequency and high-intensity continuous operation, and is very suitable for industrial and engineering frequent working scenarios.

Our equipment has a long overhaul cycle due to its reasonable structural load distribution and low wear design. Matched with long-life motors and high-cycle lithium batteries, it effectively reduces the frequency of parts replacement and daily maintenance. Compared with traditional equipment, it greatly saves later maintenance time and cost.