CONSTRUCTION, AGRICULTURE & MINING APPLICATION

EXCAVATOR

A supplier to construction and mining sites across multiple geographic locations, this client required a prototype battery pack to power a medium-heavy- duty excavator. Converting an existing chassis with a highly specific shape for speedy testing has allowed the customer to increase their speed to market Using XING’s immersion-cooled battery technology, the client gains an edge on their competitors, leveraging the reduced need to carry fuel onboard and increased reliability in order to access new markets.

CONSTRUCTION, AGRICULTURE & MINING APPLICATION

WHEEL LOADER

With increasing demands for electrification in agriculture and construction due to cost-saving on fuel and maintenance and government regulation on emissions, this top specialty equipment manufacturer required durable, high-density battery systems to replace existing gasoline power. In this project to co-develop an electric Wheel Loader, XING mobility's robust technologies were able to achieve the extremely challenging working hour requirements as well as successfully integrating a complex multiple-motor set-up and parallel pack connections.

CONSTRUCTION, AGRICULTURE & MINING APPLICATION

SNOW GROOMER

Serving a top Snow Vehicle manufacturer with over 100 years of experience in the industry, this complete gasoline-to-electric conversion project highlights the unique benefits of using XING Mobility's modular design to fit an existing space, and our ability to fully integrate systems inlegacy vehicle models. Operating in sub -20 operating conditions, the result is an extremely durable electric conversion design that requires little maintenance and can operate for up to 3000 charge cycles without thebattery needing to be replaced.

CONSTRUCTION, AGRICULTURE & MINING APPLICATION

CONCRETE CARRIER

Serving a long-standing small construction equipment manufacturer in Asia with a wealth of experience in track vehicle development, XING Mobility was tasked wth this complete vehicle conversion for the purposes of reducing noise and air pollution generated on the application sites. Replacing a gasoline engine with a 13kWh battery pack, this fully-integrated, twin-motor drivetrain vehicle was developed with an electro-hydraulic dump system and IoT-ready vehicle control unit. The result was a fully converted system capable of more advanced accuracy, mobility and gradient climb than that of its gasoline counterpart.