Komatsu is pleased to announce that a prototype for its first fully electric compact wheel loader will be showcased on its demo area (FM.713/1) at the bauma 2022 international fair in Munich, Germany (October 24 – 30).
Recently designed and built together with Moog Inc., the worldwide designer, manufacturer, and integrator of precision control components and systems, this new connected and automation-ready construction machine is battery-powered and zero-emissions and is now ready for joint testing.
Moog’s Intelligent electric system includes an electric traction motor, lift, tilt and steering electric cylinders, power electronics, system control computer, battery, and battery management system. The integrated control system connects and coordinates the actions across the machine, while the all-electric actuators and motors provide the force to the machine’s traction and loading system. The integrated nature of the system enables industry-leading system efficiency and controllability.
“To achieve our CO2 emission reduction targets … we are looking for promising technologies from suppliers to accelerate our electric machine development.”
“To achieve our CO2 emission reduction targets from products in use of 50% by 2030 from 2010 levels, to achieve carbon neutrality by the end of 2050, we are looking for promising technologies from suppliers to accelerate our electric machine development,” said Seiichi Fuchita, Chief Technology Officer (CTO) and President of Development Division at Komatsu. “The machine built together with Moog combines the strengths of both companies and was finalized within a short period of time and we expect the joint testing will show the advantages of a full electric machine and will proof collaboration is beneficial for both sides.”
Both companies plan to jointly test the fully electric loader after bauma to prove that it can achieve a new level of efficiency, operating time, and comfort. The companies joint test will show that the machine’s operating cycle is extended, and, with innovative assist functions, that it provides a “fatigue-proof” and comfortable environment for the operator to manage the machine and his day.
The prototype’s intelligent machine electrification system is designed to be connected and automation-ready. The system has the sensing and control capabilities needed for automation while the integrated software framework comes with built-in tools to coordinate multiple axes of motion and precisely control torque, velocity, position, and force.