The facility is to be built next to the company’s main truck manufacturing plant in Kawasaki in partnership with Singapore-based True 2 Materials Pte Ltd (T2M).

The ‘HE 19’ is the latest model in Carrier Transicold’s ‘Vector’ series of TRUs and is claimed to be the company’s most sustainable product yet.

The new building provides eight vehicle bays, accommodating sixteen workspaces and an authorised testing facility lane for Ministry of Transport (MOT) vehicle tests.

In a press release, the Swedish manufacturer said it would make the frame rails on 12,000 ‘FM’ and ‘FH’ trucks, regardless of driveline, out of low-CO2 steel in 2025.

With the upcoming IAA Transportation event in Hanover, Germany (September 17-22), just around the corner, a company that is hoping to make a splash is Italian powertrain manufacturer, FPT Industrial (a wholly-owned subsidiary of the Iveco Group).

The companies will jointly develop advanced hydrogen generation technology utilising Solid Oxide Electrolysis Cells (SOEC) combined with waste heat recovery. The collaboration aims to enhance the efficiency of hydrogen production by leveraging SOEC technology, which operates at high temperatures and uses less energy compared to traditional electrolysis methods.

Æsir Technologies Inc of Joplin, Missouri, USA, is a spin-off company ZAF Energy Systems Inc.

The funding is to be used to support deployment of 350 fully air-conditioned, 9-metre electric buses across eight cities in Uttar Pradesh.

The company will showcase a range of new products under the theme "Innovating transportation from road to cloud". This year's focus includes digitalisation, sustainability and autonomous driving technologies for commercial vehicles.

The site houses the battery R&D centre (InnoLab Battery) and the manufacturing component, which is currently producing battery cells and packs on a prototype line in order to acquire the necessary knowledge before series production in the second half of the decade can commence.

The aim is to target a module level of efficiency of less than 36kWh/kg and drive down the price, making it much more competitive as an alternative fuel/energy option in sectors such as heavy transportation.

This, according to Ceres, will help lead to the scale and speed of the development of new zero-emission technologies and help the company develop its fuel cell technologies for power generation and electrolysers for green hydrogen.