The system proved sweetly successful, transporting ice cream by truck during a nine-month trial and resulting in reduced energy use and greenhouse gas emissions.
From vision to reality: FPT Industrial reveals its energy transition strategy at IAA Transportation 2022
The company showcased its multi-energy approach toward sustainable on-road propulsion at the world’s leading trade show for the transportation industry.
Designed for medium- to heavy-duty commercial vehicles, the power system is predicted to achieve fuel cost parity with diesel by up to eight years earlier than previously possible.
The company will showcase its multi-energy approach to sustainable on-road propulsion at the transportation industry trade show.
The technique converts hazardous wastewater into potable water while retrieving valuable acids.
India’s first manufacturing facility for the production of liquified natural gas-fueled trucks is now operational.
An alliance of the U.K.’s leading automotive businesses will showcase the latest electric vehicle (EV) battery innovations to accelerate the global transition toward electrification.
The event at the historic Italian winery featured grapes harvested with biofuel-powered tractors.
The company will highlight the role of specialist materials in shaping the future of electric mobility.
The energy-efficient electric air-conditioning system delivers perfect temperatures in every type of large and mid-size bus.
In automobile manufacturing, mobile robots deliver parts and components to certain areas in the plant or transport chassis, engines and transmissions along assembly lines.
Fast charging protocols can be tailored to power different batteries in 10 minutes or less without degrading unit lifetime.
The new Renault Megane E-Tech electric vehicle (EV) is engineered with a new oil cooling system for the wound rotor synchronous motor.
The transportation industry requires precision sensors that can be used in tight control loops to accurately adjust throttle and braking controls.
Wireless charging roads equipped with energy storage systems are promising electric vehicle solutions.
This battery technology could reduce the carbon footprint of an electric vehicle (EV) battery by up to 39%.
Electric vehicle (EV) owners can charge from specific power plants and match their charging session with close to real-time production from renewables.
On both the outbound (driving) and inbound (charging) conditions, bus bar systems must be designed and built to deal with a large amount of current, and the heat it generates.
Integrated solar panels will power refrigeration systems, cut petroleum-based fuel use and reduce carbon dioxide emissions.
The test method supports performance assessment of various materials to enhance electric vehicle (EV) battery safety.